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This task measures your ability to process written texts for meaning and form. You will be given one short 70–100 word long academic paragraph. In the paragraph, there will be 10 words with missing letters. You will complete the missing letters for each word.

Each correctly spelled word is worth 1 point. There are no part marks.

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Fill in the missing letters in the paragraph
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Tips to improve your reading speed
To get a high score on the TOEFL reading section, you need to have a fast reading speed. To have a fast reading speed, you need to improve your vocabulary and practice dissecting sentences. One strategy to dissect a sentence is to look for the subject and verb of the sentence. Finding the subject and verb will help you better understand the main idea of said sentence. Keep in mind, a common feature of a TOEFL reading passage is to join strings of ideas to form long compound sentences. This produces large chunks that students have a hard time absorbing. Do not get overwhelmed by its length, just look for the subject and verb, the rest of the ideas will flow.

Keep in mind, having a slow reading speed makes skimming or scanning a reading passage more difficult. The process of quickly skimming through a reading passage for specific keywords or main ideas is a requirement for you to employ successful reading strategies to improve your TOEFL reading score. In other words, skimming is a critical skill to ensure you complete all questions in the allotted time frame.
TOEFL Reading Strategies
Once you can read and comprehend a passage with a rate of, at least, 220 words per minute, you'll be ready to start implementing our strategies. All too often, students spend too much time reading the passages and not enough time answering the questions. Here is a step by step guide for tackling the reading section.

1.Skim through the entire reading passage and get a rough idea of what the reading passage is about.

2.Read the question and start scanning the paragraph for related words or keywords from the question. (Most questions will tell you which paragraph the question is referring too.)

3.Quickly read the sentence with the related keywords and the sentences surrounding it to find the answer.

4.Can't find the answer? Skip this question and come back later. There are at least 3 reading passages each with 14 questions. Complete all the questions that do not require you to thoroughly read the passages. Once done, go back to each skipped question and now read the passage carefully keeping note how much time and questions you have left.
TOEFL Reading Question Types

The TOEFL reading test contains 10 different question types:

VocabularyLesson: Vocabulary Question
ReferenceLesson: Reference Question
Essential InformationLesson: Essential Information Question
InferenceLesson: Inference Question
Sentence InsertionLesson: Sentence Insertion Question
PurposeLesson: Purpose Question
DetailLesson: Detail Question
Negative FactualLesson: Negative Factual Question
Complete the SummaryLesson: Complete the Summary Question
Complete the TableLesson: Complete the Table Question

Improve Your Reading Speed

Time is critical during the reading test. Being able to read and "UNDERSTAND" each passage quickly will seriously help you score higher in the reading test.

The reading test consists of 3 - 4 passages and 36 - 56 questions. The time allotted for the reading test depends on how many questions you must answer. 80 minutes is the max amount of time given.

Let's do the math on the following max case scenario:

Reading Test Details

  • 56 questions
  • 4 passages
  • 80 minutes

Let's say you were able to read each passage in 0 seconds. That's right, 0 seconds.

80 minutes / 56 question = 85 seconds or 1.25 minutes

Without reading the passages, you only have 1.25 minutes per question and some of the questions are tough and will need maybe 2 - 3 minutes to complete.

I hope you are beginning to understand how important reading speed is to succeed at the TOEFL reading test.

Now, we will take into account time to read the passage. Let's say it takes you around 8 minutes to read each passage. That will only leave you with 48 minutes to answer 56 questions.

Therefore:
48 minutes / 56 question = 51 seconds per question.

51 seconds is not enough time!

However, after some training, you should be able to read each passage in less than 4 minutes. Reading the passage in less than 4 minutes will give you a considerable advantage and allow you to score higher.

Below are some training techniques you can use to improve your reading speed.

  1. Time yourself when you study for the test and note how long it takes you to go through a given passage. You will likely notice that you slow down when your level of comprehension drops down, and that’s normal! When you understand less, you need to slow down and read more carefully.
  2. Everyone reads at a different pace. Your task is to make your reading pace slightly faster for the very specific test-taking situation, so you can switch gears and go into full-speed mode if you need to.
  3. Apart from studying TOEFL-style academic passages, be sure to read other English language material as well. Read English literature, newspapers and magazines—reading a variety of English writing styles will help improve your reading speed.

Work on Your Comprehension Speed

Once you have worked on your reading speed and can finish a passage in in under 4 minutes (4 minutes is the preferred time for success), you are ready for the next step.

Now you need to teach yourself to remain calm and avoid stressing out when you encounter an unfamiliar word.

The reading section is full of unfamiliar challenging words, but don't worry, because they add them on purpose to test you. They want to test your ability to understand complex words by how they are used in the passage and do not expect you to look up each complex word in a dictionary..

Now that you are relaxed when facing the unknown word, here is what you do next...

IGNORE IT AND SKIP IT!

Simply continue reading the passage. By the end, you will have a better understand of what the word could mean.

The most important thing is to stay relaxed, not stress out, and maintain your 4 minute pace.

Learn TOEFL Vocabulary

To be clear, we are not contradicting our last tip about ignoring unfamiliar words. In fact, we expect you to read through the entire passage and try to understand the words on your own, before looking up the words for yourself.

Although we have a list of vocabularies already created for you, we also recommend having an English-to-English dictionary at your disposal for a couple reasons:

One, you can bring it with you everywhere you go and look up words you do not know.
Two, using a dictionary will allow you to familiarize yourself with synonyms (similar words) and antonyms (opposite words(.

NOTE:
Synonyms and antonyms are extremely useful for the TOEFL.

Don't get stuck. Keep Moving!

We have already talked about managing your time via improving your reading speed and ignoring unfamiliar words.

I guess you have started noticing a pattern in these tips... TIME MANAGEMENT IS CRITICAL!

Never get stuck. Keep moving until the end. The reading test allows you to go back to previous answers quickly. (Take a look at our TOEFL Simulated Reading Test for a better understanding of how you can quickly navigate through the reading test questions.)

Finish all the questions you know, then go back and finish the tougher questions. The worst thing you can do is get stuck on a tough question and maybe get 1 point for figuring it out, but end up losing out on 3 or more points of potentially easy questions because you ran out of time.

Vocabulary Question

Vocabulary questions are often very straight forward. One or two words are underlined in the passage. The multiple choice question will ask you to choose an option that is closest in meaning to the underlined word. There are a few tips to help with a vocabulary question. However, it is important to keep in mind that there is no exact way to get around this question besides having as many vocabulary memorized as possible.

Within this type of questions, they are two smaller types:

  1. the explanation
  2. the synonym

1) Explanation question

This is the easier type of vocabulary question between the two. The question will ask you to choose the option that explains the underlined word the most accurate. You have a high chance of knowing the answer if you know the underlined word in the paragraph. Let’s look at an example.

Example:

[1] It is believed that eyes evolved over a few million years during the Cambrian explosion, a rapid period of evolution. Prior to this era, there is no direct evidence of eyes. Eyes have a vast range of adaptations to meet the needs of the organism. They vary in visual acuity, the array of wavelength detected, sensitivity in low light, color discrimination and their capacity to identify motion.

Question:

The word ‘evolution’ in paragraph 1 is closest in meaning to:

  • Progress
  • Change in habits and behavior
  • Change in heritable traits
  • Development of the human species

Step 1: Substitute

If you know what the word ‘evolution’ means, then the answer is clear. It’s (C) Change in heritable traits.

If you don’t know what the word means, you need to make an educational guess to wiggle out of this question. Your guess needs to base on the information in the passage. You have to be careful since the answer choices are usually very close to each other in meaning.

You can substitute the answer choices for the underlined word, then reread the sentence to see if the substitutions make sense with the rest of the passage. This way, you can recognize some wrong choices.

Step 2: Eliminate wrong choices

The elimination process can be difficult in this situation since the choices are close in meaning. To do the elimination process correctly, you need to make sure to always focus closely on the topic that being discussed in the passage and make no assumption.

Choice (D) is wrong since it only mentions the human species. It is easy for test takers to make the assumption connection between eyes and human species. However, that connection is never mentioned in the passage, so is the word ‘human.’ The passage uses a very general word of ‘ organism’, not ‘human.’

Choice (A) and (B) are wrong because they do not talk about physical features. The changes of the eyes the passage talks about are all physical details. Choice (A) and (B) talk about the habitual and behavioral changes instead of the physical changes. Habitual and behavioral changes are not mentioned in the passage.

With the elimination process, you can end up choosing the correct answer (answer C) without knowing the actual vocabulary in the passage.

2) Synonym question

With the synonym, you will also be asked about an underlined word in the passage. However, the option choices are not explanations of the word but other synonyms. To answer this question fast and correctly, you do not only need to know the underlined word (like in the explanation type) but also need to know all the four option choices or at least most of them.


Example:

[2] Charles Darwin, in On the Origin of Species, suggests that the eye evolved from "an optic nerve merely coated with pigment, and without any other mechanism" to "a moderately high stage of perfection". Darwin presented intermediate grades of evolution and made suggestions that were soon shown to be correct. Since this time, modern scientists have been putting forward work on the topic of eye evolution, suggesting that the eye developed from a vertebrate patch of photoreceptors. Current research validates the theory of Darwin.

The word ‘validates’ in paragraph 2 is closest in meaning to:

  • Confirms
  • Negates
  • Contradicts
  • Questions

Step 1: Apply the negative-neutral-positive technique

If you know the underlined word ‘validates’ as well as all four answer choices, you can tell immediately that the correct answer is (A) Confirms.

If you only know a few of the vocabulary, you still have no other choice but make an educated guess to eliminate some obvious wrong choices. You’ll count on the negative-neutral-positive technique.

First, since we can tell that validate is a verb, we temporarily substitute the word with ‘do something’ or ‘have an action.’ From the sentence containing the word ‘validates’, we’ll get a sentence saying ‘current research’ does something to ‘the theory of Darwin.’ We need to know if ‘current research’ does something positive, negative or has no effect on the ‘the theory of Darwin.’ The rest of the passage mentions Darwin a few times together with his quotes and findings in very positive way, saying Darwin’s theory is paving the way for further modern research. Therefore, we know that the correct answer needs to be a positive word. So choices (B), (C), and (D) all have negative connotations. (A) is the only one that has a more positive connotation than the other options. Therefore, it is the correct choice.

Step 2: Use word parts

Finally, if step one alone is not enough to help you, one last tip for this type of question is to use word parts. When you have no idea what any of the words mean, you can still guess the words to combine with the positive/neutral/negative tip above.

1) Connection to a known word
You can try connecting the unknown word with a word you may know before. For example: if you don’t know what ‘successful’ means but you know the word ‘succeed,’ you can guess that ‘successful’ is another part of speech with the same origin with ‘ succeed.’ When you have nothing else to base your guess on, and you can think of another word that looks “similar,” go ahead and make a bold guess.

2) Prefixes and suffixes
And if you don’t know any other relatable words to the unknown word, your last resort is to base your guess on the prefixes and suffixes. The prefixes and suffixes won’t give you the meaning of the word, yet they can at least let you know whether the connotation is positive, or negative. If the word has prefixes like anti-, non-, un-, or in-, the word is likely to have a negative connotation. If the prefixes are am-, con-, ben-, etc…, the word is likely to have a positive connotation. Creating and memorizing a list of prefixes and suffixes will help you a lot in guessing vocabulary.

Detail/ Negative detail question

This question type asks you to identify specific details within the asked paragraph, not a general idea or theme from the whole reading. It is important to focus only on the paragraph and make no assumption from connections from the rest of the reading.

There are two types of questions:

  1. detail
  2. negative detail.

Detail type

Detail question asks you to choose a detail that exists in the paragraph.

Negative type

Negative detail question asks you to choose the answer choice that is not in the paragraph. Let’s look at a detail question as an example for some tips for this type of question.

Example:

Natural selection contributes to the basis of Darwin's Theory of Evolution. One of the core tenets of Darwin's theory is that more offspring are always produced for a species than can possibly survive. Yet, no two offspring are perfectly alike. As a result, through random mutation and genetic drift, over time offspring develop new traits and characteristics. Over time beneficial traits and characteristics that promote survival will be kept in the gene pool while those that harm survival will be selected against. Therefore, this natural selection ensures that a species gradually improves itself over an extended duration of time. On the other hand, as a species continues to 'improve' itself, it branches out to create entirely new species that are no longer capable of reproducing together.

Question:

According to the paragraph, what are the causes for species developing new traits and characteristics?

  • Medicine and longevity
  • Survival and selection
  • Mutation and genetic drift
  • Tenets and theory

The following 2 steps will help your success rate at answering this question correctly.

Step 1: scanning for information from the question

The keyword in the question is ‘developing new traits and characteristics.’ You need to scan for exact or similar information from the paragraph. In this example, the phrase ‘develop new traits and characteristics” appears exactly in sentence 4. After this first step, you know where in the passage to read closer.

Step 2: elimination

Reread the full question again (not just the keyword like in step one) to make sure whether the question asks for who, how, why or what. Then read a few sentences around sentence 4. In this case, it will be sentence (3), (4) and (5). After reading those sentences, you can eliminate option (A) and (D) immediately since those details are not in the sentences you just read. (B) is also not the correct answer. Even though the details in (B) are in the sentences, survival and selection are the results of ‘new traits and characteristics’ not the causes of them. After eliminating all, we can accept (C) as the correct answer.

Inference question

Inference question requires you to make logical assumptions and connections based on the information in the passage to come up with a new conclusion. In other words, inference question asks you to pick up on information that is indirectly suggested, and not directly stated in the passage. Questions of this type often contain words like ‘imply’, ‘suggest’, or ‘infer’ in the question prompt.

Example:

[1] It is believed that eyes evolved over a few million years during the Cambrian explosion, a rapid period of evolution. Prior to this era, there is no direct evidence of eyes. Eyes have a vast range of adaptations to meet the needs of the organism. They vary in visual acuity, the array of wavelength detected, sensitivity in low light, color discrimination and their capacity to identify motion.

Question:

Which of the following can be inferred from paragraph 1 about eyes before the Cambrian Explosion?

  • We can safely assume eyes existed prior to the Cambrian Explosion.
  • We can safely assume eyes did not exist prior to the Cambrian Explosion.
  • We can assume that prior to the Cambrian Explosion, eyes varied in visual acuity.
  • Prior to the Cambrian Explosion, eyes had not ability to identify motion, color or light.

Follow these steps to tackle this type of question.

Step 1: Search for keywords and look for evidence

The keywords in the question prompt are ‘before’ and ‘the Cambrian Explosion.’ Normally, in inference questions, prepositions are important. Pay close attention to the prepositions.

You need to reread the passage to find any information that refers to ‘the Cambrian Explosion.’ In this example, the first two sentences have mentioned the term. Read these two sentences closely. Then you can move on to reading the answer choices, one by one. Every time you read an option, you need to skim back at the passage to see if the option is back up by information from the text. If an option is a correct choice, you should be able to point to the section in the text that allows you to make the inference. Again, pay close attention to the prepositions. They can be tricky in this type of question.

Step 2: Eliminate wrong answers

In our example, (A) is wrong since it is the opposite of what is stated in the first two sentences of the paragraph. The sentences say that eyes evolved during the Cambrian explosion, and there is no evidence of eyes prior to this era. (C) and (D) are also wrong. Even though visual acuity and other abilities of eyes are mentioned, in the passage, those information about abilities have no connections with the Cambrian explosion. Furthermore, from the first two sentences, we can safely infer that eyes do not exist before the Cambrian explosion, so the discussion about eyes’ abilities are irrelevant. Therefore, after eliminating all wrong choices, the correct choice is answer (B).

Extra tips:

To answer this question, you need to understand all the concepts in the passage so from there, you can make further logical implications. However, you also need to be careful not to infer too much or too far from the text. All of your inferences need to be backed up directly by information from the passage. Let’s look at an example of this type of question.

One extra tip: avoid answer choices that contain extreme language, go for more modest answers. Answer choices with extreme words like ‘absolute’, ‘none’, ‘very’, etc… are often trick answers.

Negative Factual

The negative factual question is the only type of question that asks you to choose the incorrect answer. The key to this answer is the word ‘except’ that is in all CAPS at the end of every question. This question will have four answer choices like all other multiple choice questions in the TOEFL. However, there will be three correct answers and one incorrect answer, and you need to choose the incorrect one. This question may not be difficult, yet it can be very confusing. Let’s look at an example to understand this question further.

Example:

[1] Frogs are known as one of the most diverse scientific order of vertebrate species in the world. Nevertheless, they are often overlooked by humans. In fact, these carnivorous amphibians date back in fossil record to the early Triassic period in Madagascar. However, molecular dating suggests they may even date back to the Permian period over 265 million years ago. As a result, their ancient pedigree contributes to the fact that frogs can be found all over the planet—even in subarctic climates. In spite of this range of inhabitation, the majority of frog species are found in tropical rainforests where they enjoy the greatest diversity. In short, frogs are composed of a unique anatomy and have prolific reproduction habits leading to a broad population.

[2] The scientific order of Anura consists entirely of a different species of frogs. Frogs share numerous characteristics across species. They have a stout body, large protruding eyes, cleft tongues, folded limbs and no tail. Moreover, one of the more intriguing characteristics of frogs is their skin. Frogs have glandular skin which can secrete liquids and mucus. Because of these secretions a frog can simply cause its skin to taste particularly foul to a predator, or they can be highly toxic even to touch and ingest. The skin itself has a broad palette of colours. Similar to snakes, the skin colours and patterns of frogs are intended either to disguise or to ward off would-be predators. Some species have evolved colours to camouflage into their habitat and avoid predators. Conversely, other species have developed bright, vivid colours to advertise their toxicity to any hungry predators. The skin is semi permeable, which means frogs are vulnerable to severe dehydration in dry environments. This leads to their preference for tropical, damp and humid habitats.

[3] As a result of being an amphibious species, certain frogs choose different environments to lay their eggs. For example, a minority group of frog species will actually lay their eggs on land; however, the vast majorities choose to lay their eggs in water where they will hatch into tadpoles. Tadpoles are an aquatic larvae complete with tails – which disappear later - and internal gills. As tadpoles’ natural habitat is ponds and streams, they have a diet of planktivorous and herbivorous foods. As tadpoles mature into adults, their bodies develop characteristic features of frogs and consequently, they adopt a much more carnivorous diet. In addition, adult frogs are one of the more efficient converters of food into body mass. The importance of this characteristic is that frogs are an integral part of almost any ecosystem they belong to as a key nutritional source for predators. Although they are diminutive in size, they have a large impact on the dynamics of ecosystems.

[4] Frogs, like many other species, have specific breeding seasons that can trigger hormone-dependent sexual characteristics. In addition to an arsenal of vocal cords to attract mates, male frogs develop special pads on their thumbs to provide a firmer grip while mating with a female. This firm grip stimulates the female, and as a result they will release eggs to be fertilized. Sperm is ejected directly from the cloaca directly onto the eggs, typically wrapped in jelly, as the female lays them. The sexual organs -testes and ovaries - are attached to frogs’ kidneys, due to their small-sized anatomy. Fertilized eggs will later develop into tadpoles.

[5] Frogs are not only valued by humans for food, but also for their roles in literature, symbolism and religion among various cultures around the world. However, the global frog population has been in decline since the 1950s. Since the 1980s, more than 120 species have become extinct. Moreover, a third of the frog species is threatened by extinction. A major problem for the global frog population is a fungal disease known as chytridiomycosis. This emerging disease is a mystery to conservation biologists and threatens frogs around the world. The frog population may continue to decline if a solution is not found to combat this disease. Frogs are now a key focus for the conservation movement and biologists as they face many new challenges in a changing ecosystem.

Question:

According to paragraph 3, all of the following are reasons why frogs have a large impact on the dynamics of ecosystems EXCEPT

  • Frogs can covert food into body mass efficiently
  • Frogs have a carnivorous diet
  • Frogs are the key nutritional sources for predators
  • Frogs prefer to lay their eggs in water

Step 1: Read the question and the question choices

This question requires patience and carefulness. With other questions, sometimes you can read the first choice, realize it is the right one and choose it immediately. Never use that tactic with this type of question. From the example, you can see, this question asks you to choose the option that is incorrect. There is only one right answer to every question but there are three correct options, and you should not choose any of those correct options. The right answer to this question would be the only incorrect one. So you need to read the question carefully and thoroughly: both the question and all the answer options. Make sure you understand and can identify the information in as many answer options as you can. The options you need to eliminate are not only the ones that are mentioned in the passage but also answer the question asked correctly.

Step 2: Check off from the list

The right answer for this question will normally an option is contradictorily wrong with what the article states or not mentioned in the passage. So when reading through the question, if you can pick out the option that from the reading, you immediately know is correct, cross that one out. It will help you save time. If you can’t clear off all the correct options just from your knowledge, you need to look back into the passage to find direct proofs. If you don’t know for sure, do not assume anything is correct unless you can find direct proofs from the passage to support the info. Furthermore, the options you need to eliminate do not only need to be supported by the passage but also need to answer the question correctly. This is an important point that people often overlook. Remember to read the question carefully.

Some questions do not specify where in the passage you can find the information to answer the question. In that case, you need to read the whole passage to find information. However, that is not always the case. It is more likely that the question will specify what paragraph or what section you can look to find the answer. In this example, you can look into paragraph 3 to find the information you need. (A), (B) and (C) options are stated in the paragraph. Sentences that provide direct proofs to prove (A), (B), and (C) are mentioned in the text are as follows:

  • : adult frogs are one of the more efficient converters of food into body mass.
  • : they adopt a much more carnivorous diet.
  • : they belong to as a key nutritional source for predators.

You can eliminate (A), (B) and (C).

Step 3: Double check before final decision

Finally, even after you already eliminate all the three options that are mentioned in the passage, you should skim through the passage one last time to make sure the option you are about to choose is not mentioned anywhere in the article. Sometimes, the right answer to this question can be the option that has information contradict with what the passage mentions, which means the option can contain a topic that is mentioned in the paragraph but with a contradict opinion. So when reading and skimming through the passage, be careful not to be tricked by keywords. Some words in the option can be mentioned in the passage, but that does not mean the option itself is mentioned in the passage. If you see keywords that appear in both the option choice and the passage, read the sentence that contains the keyword carefully to make sure whether or not that sentence support the option choice and not answer the question correctly as well.

In this example, the correct answer is (D). (D) is correct because frogs’ preference to lay eggs in water does not have any effects on the dynamics of the ecosystem. So (D) is the answer you need to choose not because it is not mentioned but because it does not directly answer the question asked.

Organization questions

Organization or categorization is one of the two types of reading questions that you need to choose more than one answer. Similar to the summary type, organization question requires you to read and understand the whole text. However, unlike the summary type, instead of choosing major ideas and themes from the text, you need to pick out and categorize minor details. There is no limit on how many answers you can choose, but remember, not all the choices will be used. If by the end, you realize you have chosen and categorized all choices, there must be a mistake. In no occasion, all choices are correct.

Example:

[1] A tree is a perennial plant that consists of a long stem, trunk, branches and in most species, leaves. They have evolved their structure to compete for sunlight with other plants. Trees usually live for a long time, up to thousands of years old and they have existed on the planet for 370 million years. A tree has woody tissue and is surrounded by bark that protects the plant. The root of a tree anchors it in place and the branches carry leaves that capture light and process it into sugar by photosynthesis.

[2] The function of trees in our environment is invaluable. They release oxygen into our atmosphere and remove carbon dioxide, storing carbon in their own tissues. Trees prevent soil erosion by soaking up water in areas with high rainfall. In tropical rainforests and various other regions of the world, trees provide a habitat for a vast number of animal and plant species. Other functions of trees are in the provision of wood for fuel, cooking, heating, construction, paper production and fruit.

[3] The leaves of trees are formed for photosynthesis. The broad sizes and shapes of deciduous trees attract the light to be converted to energy. Coniferous trees sometime have needles which are adapted to environments with less water, such as frozen regions with a higher latitude and altitude. The thin shape of the needles and position of evergreen branches allow the leaves to shed snow. Broad-leaved trees in temperate zones of the world shed their leaves as days get shorter in the autumn and winter seasons. This is because the leaves are no longer making new chlorophyll through photosynthesis due to less light. The red and yellow pigments of the leaves’ blades become visible, causing the bright orange, red and yellow-colored autumn leaves. The synthesis of auxin - a plant hormone – also stops. Once the production of auxin ceases, the cells at the junction of the twig and the petiole of the leaf weakens and the leaf breaks off and falls on the ground. In regions of the world with more sun exposure, trees may not shed their leaves.

[4] There are several other reasons that trees shed leaves and twigs. During a drought season, trees often shed about ten percent of their leaves, thus losing less water. Another reason for leaf-fall is when vigorous trees shed excessive leaves to adjust to the summer heat. Moreover, leaves near the base of the tree are more likely to drop off due to lack of sunlight. Another cause is insect-tunnelling of leaf stalks, leaving short, fragile petioles which leads to more leaf-fall. Disease, such as Dutch elm disease or root rot, or injuries to the tree, is another source of leaf-fall. Fungus, such as leaf-spot disease, also causes increased shedding of leaves. Fungi such as anthracene and apple scab defoliate crab apple trees, sycamore, ash, white oak and maple.

[5] Squirrel activity or twig- girdling insects can also cause clusters of fallen leaves that are attached to short twigs. There are specific tree species, such as poplars, that shed twigs during moisture stress period. The end of the twig will be like a smooth curve. The metallic wood boring beetle prefers red oak and other oak trees. They lay eggs onto twigs. Once hatched, the larvae bore into twigs in a spiral fashion until there are clusters of dead leaves. The longhorn beetle is gray-brown in color. The adult beetles appear at the end of the summer. The female beetle chews the twig, girdling it and laying eggs on it. The twig then withers and dies. The new larvae thrive in the dead twig. The behaviour of these two insects could be another explanation of excessive twig fall.

Question:

Complete the table by matching the phrases below

Directions: Select the appropriate phrases from the answer choices and match them to the tree type to which they relate. Some of the answer choices will NOT be used.

Coniferous trees Deciduous trees

Answer Choices

  • Needles are shaped upward to prevent leaf-fall
  • Needles are shaped specifically to allow the shed of snow.
  • Broad leaves help to cause a faster rate of photosynthesis
  • Deciduous leaves become orange and red due to the increase of the hormone auxin
  • Deciduous trees shed more leaves in warmer climates
  • Autumn-colored trees are caused by the increase in yellow, red and orange pigments as chlorophyll drops.

I’ll give you some tips to solve this type of question. There is no logical order of steps to solve this question. You need to combine and keep these following tips in mind while choosing for correct answers.

Tip 1: Find evidence

There will normally be two or three columns with different title heads. They are the different categories. You need to make sure you understand all the categories thoroughly in order to choose correct answers.

Every correct answer needs to be backed up directly by evidence from the text. Skim through all the choices then read them again carefully one by one. After reading each one, look back at the text to look for evidence. If you find evidence that you are confident about, choose that options immediately. You’ll have time to check through them again by the end. Don’t wait till you read through everything since you may be confused about all the choices you have. Deal with them one by one.

Tip 2: Eliminate incorrect information

This seems like an obvious tip: eliminating the options with incorrect information. The point of this tip is that you eliminate the options as soon as you know it’s wrong. This question is one of the last questions for every reading. By the time you reach this question, you have already known much about the reading. If you think an answer is correct, you still should check the text for evidence. However, if you think an option is wrong, you can eliminate it without re-checking the text. Checking wrong answer takes more time than looking for evidence to back up right answers because you have to read through the whole text to make sure there is no evidence to support that choice.

The answers to this question is (B) and (C) in the coniferous trees section, and (F) is in the Deciduous trees section. There are sentences in the text that directly support the options.

(B): ‘The thin shape of the needles and position of evergreen branches allow the leaves to shed snow’ (from Paragraph 3, lines 5 and 6)

(C): ‘ Broad-leaved trees in temperate zones of the world shed their leaves as days get shorter in the autumn and winter seasons. This is because the leaves are no longer making new chlorophyll through photosynthesis due to less light ’ (from Paragraph 3, lines 6 to 8)

(F): ‘The red and yellow pigments of the leaves’ blades become visible, causing the bright orange, red and yellow-colored autumn leaves.’ (from paragraph 3, lines 8 to 10)

Paraphrase question

The paraphrase question gives you a sentence in the prompt and asks you to choose the answer choice that summarizes that sentence best. This type of question can be tricky since the answer choices are similar to each other. The trick to solving this question is to understand the keywords and dynamic in the prompt sentence. Let’s look at an example.

Example:

Which sentence is most similar to the following sentence from paragraph 4?

Question:

Taking a simple van out to the beach will give you a close encounter of a frigid degree.

  • The cold weather will cause problems for your van when you arrive at the beach.
  • Vans are the best form of beach transportation due to their ability to handle cold weather.
  • Close encounters require a newer-model van.
  • Travelling by van to the coast is one way to have a close encounter in the icy temperatures.

Step 1: Analyze the sentence

It is important to understand the relationship between ideas in the sentence. Those relationships can be: general-details, cause-effect, conditional, etc…In this example, the relationship between ideas is cause and effect. The cause is taking the van to the beach, and the effect is having a close encounter of a frigid degree. From this analysis, we can start to eliminate some answer choices that do not keep the original dynamic of the sentence in the prompt. (B) and (C) are eliminated because the ideas in the two choices do not have a cause and effect relationships.

Step 2: Paraphrase and reorganize

Ideas can be presented in many different ways with different synonyms and linking words. For example, frigid degree can also mean cold weather (in answer A) and icy temperature (in answer D). Checking the sentence in the prompt and looking for the same words or synonyms in the answer choices are good ways to make sure no important information in the prompt is left out in the choices. The answers that miss out important information are wrong. In this example, both answer A and D have all the important keywords from the prompt sentence.

Step 3: Compare and contrast

As said earlier, this type of question is tricky because the correct answer is very similar to the wrong choices. However, there are still differences between the options. In this final step, you need to compare and contrast the options and choose the one that is closer in meaning to the prompt. The difference can either be subtle or big, but remember, every difference changes the meaning of the answers. You need to be able to point out the difference to choose the correct answer. (A) and (D) are very similar to each other. Their one difference is the word problems. The word problem makes (A) having a cause and negative effect relationship, which is not the same as the prompt sentence. (D) is the correct answer.

Purpose

Purpose question asks why a detail or argument is used in the paragraph. In other words, it asks for the purpose of an idea or detail in the passage. Purpose question requires careful reading of the whole passage, not just a few details or sentences. To answer this question, you need to understand the overall purpose of the passage then figure out how the asked detail fits into the big purpose of the passage.

Example:

Charles Darwin, in On the Origin of Species, suggests that the eye evolved from "an optic nerve merely coated with pigment, and without any other mechanism" to "a moderately high stage of perfection". Darwin presented intermediate grades of evolution and made suggestions that were soon shown to be correct. Since this time, modern scientists have been putting forward work on the topic of eye evolution, suggesting that the eye developed from a vertebrate patch of photoreceptors. Current research validates the theory of Darwin.

Question:

In paragraph 2, why does the author mention Charles Darwin’s Origin of Species?

  • Because Darwin’s theory and suggestions were not correct, and later researchers proved this.
  • Because Darwin’s theory and suggestions were soon shown to be correct and validated by later researchers.
  • Because Darwin was the first researcher of eye evolution.
  • Because Darwin’s Origin of the Species is a book about the evolution of eyes.

Step 1: Understand the passage

Read the whole passage once. You don’t have to understand everything in the passage. But if you do not at least have the general idea of what the passage is about, read again more carefully. If you do understand, make sure you can answer the following questions:

  • What is the main topic or theme of the passage?
  • Is the passage opinionated or factual?
  • If it is opinionated, is the passage positive or negative?

By answering these questions, you can start to guess whether the detail you were asked in the prompt is a neutral fact, or part of an agreement or objection to the main topic. In this example, we can see that the main topic is about how positively Charles Darwin’s Origin of Species has affected modern research on eye evolution.

Step 2: Look for linking devices

Then read the question prompt and all the answer options. Keep the answer options in mind while read or skim through the passage the second time. Pay attention to words that appear both in the passage and the answer choices. Underline those words for easier comparison in the next step. In this example, those words would be ‘correct’, ‘eye evolution’, and ‘validate’ (or ‘prove’).

Often (but not always), there will be more than one answer choice that contains one of the keywords. However, the keywords, when used in some of the answer choices, are used with the wrong context compared to the text. For example, there is the word ‘correct’ in both (A) and (B). However, in the passage, the text says Charles Darwin’s theory is correct. (A) says ‘not correct’ which is directly the opposite of the text. We can eliminate (A).

Step 3: Eliminate irrelevant answers

After eliminating wrong context answers, the next step is to eliminate irrelevant answers. Irrelevant answers will contain details that are not in the passage. For example, the passage has never mentioned of Darwin as the first researcher of eyes evolution. (C) is not our answer.

(D) is also wrong. It is a bit harder to eliminate (D) than (C) since there are details in the reading that can cause the misunderstanding. However, pay close attention to the word ‘suggest’ in sentence 1. The book only suggests some details about eye evolution. In other words, whatever the book is about suggests the idea of eye evolution. The book itself is not about eye evolution. After eliminating all the irrelevant answers, we should have one correct, and relevant answer left. The answer is (B)

Reference

Reference question is the type of reading question that will take you less than twenty seconds to read both the question and all the options. However, it will also be the type of question that tricks you into confusion. You will understand clearly the question and all the choices (which do not always happen with all other question types), and you still do not know what to choose. We will show you how to effectively solve this question so you can save your precious time for other questions that require more reading.

Let’s start with an example:

In summary, the challenge for historians in understanding Sumerian civilization is that most references and information about it come from the writings of other civilizations. Even the ancient Bablyonians considered the Sumerians an old civilization by their time. Even though archaelogists are still searching for clues to unlock the history of the Sumerians, much information about these ancient people remains unknown. In conclusion, Sumer is an ancient civilization with cities at the bottom of a sea, referenced by other ancient civilizations with few tantalizing clues of their shrouded past.

Question:

The word ‘it’ in the paragraph refers to

  • Historians
  • Babylonian civilization
  • Information
  • Sumerian civilization

With our proposed 4 steps, you will answer this question not only correctly but also quickly.

1) Read only a few sentences

The key to solving this question is to not read too much. As strange as it sounds, with reference questions, the more you read, the more you may be confused. You are likely to find the correct answer within the sentence you are asked about. According to the basic rules of coherence, pronouns are used to substitute for something or someone that is mentioned right before the pronouns. So in this example, you only need to read the first sentence closely. Keep in mind that you will not use any information obtained throughout the reading that is not in the sentence you read.

2) Identify the word’s function and plurality

Next step is identifying the function of the word that is asked. In this example, you need to identify the function of ‘it’ within the sentence. You need to decide whether it is a subject or an object. In this case, ‘it’ is an object pronoun. You will only pay attention to the closest object pronoun in the sentence. Besides, since ‘it’ is a singular pronoun, you know that the answer should be a singular choice as well.

3) Eliminate wrong answers

From step 2, you know that the answer will be part of previously mentioned object pronoun and singular. Looking at the four answer choices, you can now eliminate option (A) and (B). (A) is plural, and (B) has never mentioned before ‘it.’

4) Substitute answers

Finally, if you still have more than one answer, try substituting the options for ‘it’. When you substitute answer (C) ‘ information’ into the sentence, the sentence makes no sense. Therefore, the correct answer is (D).

Sentence insertion

Sentence insertion question asks you to place a sentence in a paragraph in the text. You never can be too careful with the choices for this question. Even when you think you know the correct answer, it is a good idea to try the sentence in all the locations before settling down. The trick for this type of question is to look for as many linking devices, terms, pronouns, and connections between the sentence and the paragraph as possible.

Question

Examine the four █ in the selection below and indicate at which block the following sentence could be inserted into the passage:

These cultural considerations pre-empt the otherwise endangered status of the species.

█ [A] For the polar bears, Kaktovik has one great attraction: the bone pile. █ [B] Specifically, the bone pile left over from the annual hunt for Bowhead whales █ [C] The Bowhead whale is an endangered species, however the Inupiat are allowed a quota of three per year due to cultural considerations █ [D] The meat provided from the Bowhead whales provide enough food for the Inupiat to survive the winter.

Any coherence is important in this type of question. Coherence is the key to finding the connection between the sentence and the paragraph. Usually, the sentence will have some kinds of coherence to give you a clue about its location.

Step 1: Transitions

There can be a transition word at the beginning of the sentence to give you an idea about its relationship with the surrounding sentences like ‘ however’, ‘and’, ‘so’, ‘but’, ‘therefore’…If the transition words are ‘and’, ‘so’, ‘therefore’ or something along the line, the sentence before the prompt sentence will share the same ideas and opinions with the prompt sentence. If the transition words are ‘yet’, ‘but’, ‘however’, or some other contrast transition, the sentence previous to the prompt will be contradicting to the prompt sentence. Using transitions, we can start looking among the location options in the paragraph to find possible locations.

Step 2: Pronouns

Another coherence you can look for are pronouns in the prompt sentence: ‘they’, ‘these’, ‘those’, ‘this’,…You can look for what these pronouns refer to. The rest of the prompt sentence will give you hints. In this example, right after ‘these’ is ‘cultural considerations.’ It means the cultural considerations are mentioned right before the prompt sentence. In this example, we can tell the correct answer is (D).

Extra tip: General/Specific details

In other cases where the two steps alone is not enough to figure out the correct answer. An extra tip is to look for the details in the prompt sentence. In this type of question, if the prompt sentence depicts many specific details, look for sentences in the paragraph that shares the same topic with the prompt sentence but more general, and vice versa. Ideas in the paragraph are often written in a ‘general to specific’ formula. Use this rule to look for locations that the prompt sentence can fit in.

Summary questions

The summary question is one of the two question types that are not the usual one answer multiple choice. The summary question requires you to choose three correct answers, not just one. It is also important to know that in this question, sometimes there are more than three correct answers, so you don’t just choose the correct ones, you need to choose the three best ones.

To choose the best answers, you need to read the whole text and understand it. This question type is normally one of the last questions for every text. Answering other questions, by the time you see the summary question, you already have a good understanding of the whole text. What you need to do to choose correct answers is the careful selection. Let’s look at a text for an example.

Example:

[1] The Sumerian civilization existed centuries before Alexander the Great conquered swathes of land around the Mediterranean and Middle East and long before the Roman Empire became known as the greatest power of ancient times. The Sumerian civilization remains an enigmatic mystery that continues to baffle historians worldwide. It was possibly the first urban civilization established in the historical region of southern Mesopotamia. Sumer itself rose on the flood plain in the lower region of the Tigris and Euphrates rivers, an area called the 'cradle of civilization'. The Sumerians emerged around 4000 B.C.E. and were organized together as city-states. Some of the important Sumerian city states were on land that has since been absorbed by the Persian Gulf. In fact, it is in the Persian Gulf itself that many historians believe the key to the origins of the Sumerian civilization lies.

[2] One of the greatest mysteries is the exact origin of the Sumerians. Many historians and archaeologists disagree on where the Sumerians' homeland was. Ancient Sumerian literature gives reference to their homeland being a place called 'Dilmun', the location of which remains obscure. The Sumerian language is an agglutinating language—one that forms words by adding affixes to the word's core meaning. Other agglutinating languages include Turkish, Hungarian, Finnish, and Inuit. However, neighbouring languages to Sumer share little of its morphology. In addition, numerous animal-deities in the Sumerian pantheon suggest a pastoral history, but do not indicate a location of origin. Historians generally conclude that Dilmun is most likely an island in the Persian Gulf, perhaps the modern country of Bahrain. Until now, no ruins have been found to link the ancient Sumerians to any island in the Persian Gulf. These types of ruins are pivotal in proving the ancestral home of the Sumerians. Therefore, without any ruins, the Sumerian homeland remains unknown.

[3] Sumerian culture centred around a priesthood and temple life. City-states were organized around the temple and non-priests were either craftsmen or peasants that devoted their work and lives to appeasing the gods. Disasters, droughts and calamities were blamed on a local deity being overpowered by other gods acting together. As a result, the priesthood maintained its power and control over the Sumerian day-to-day life. Finally, the other castes within Sumerian city-states were the warriors charged with defending the city. Over time, the warriors became more prestigious and powerful within Sumer as the grip of the clergy began to erode. As a consequence, Sumer gradually shifted toward a more warrior-led civilization.

[4] Between 4000 and 2000 B.C.E. Semitic immigrants regularly moved into Sumerian territory, slowly inundating Sumer. By 2000 B.C.E., Sumerian city-states were forced to form defensive alliances as the warriors became more powerful. The image of the priesthood was undermined as they were forced to make alliances. Moreover, the increasing importance of warriors instigated a power shift in the Sumerian civilization which led to the existence of its first King. Finally, in around 2000 B.C.E. King Sargon of Akkad conquered the Sumerians in the creation of the world's first multi-ethnic empire. The Akkadian Empire is also considered as the first civilization built upon the shared characteristics of the Sumerians. In fact, the lost Akkadian city was rumored to have been built by Sumerian craftsmen.

[5] In summary, the challenge for historians in understanding Sumerian civilization is that most references and information about it come from the writings of other civilizations. Even the ancient Bablyonians considered the Sumerians an old civilization by their time. Even though archaelogists are still searching for clues to unlock the history of the Sumerians, much information about these ancient people remains unknown. In conclusion, Sumer is an ancient civilization with cities at the bottom of a sea, referenced by other ancient civilizations with few tantalizing clues of their shrouded past.

Directions: An introductory sentence for a brief summary of the passage is provided below. Complete the summary by selecting the THREE answer choices that express the most important ideas in the passage. Some sentences do not belong in the summary because they express ideas that are not presented in the passage or are minor ideas in the passage. This question is worth 2 points.

Question:

The Sumerian civilization was one of the first and most developed civilizations of the ancient world, considered old even by its other contemporary civilizations.

  • Alexander the Great was the first ruler to conquer Sumer.
  • The Sumerian language closely reflected many of its neighboring languages.
  • Sumer emerged between the Tigris and Euphrates rivers-called the ‘cradle of civilization.’
  • Information about the Sumerians is hard to find as the majority of historical references come from other contemporary civilizations.
  • The location of the Sumerians’ homeland, Dilmun, remains a mystery.
  • The priesthood caused the downfall of the Sumerian civilization.

Step 1: Eliminate the wrong answers

This step is important, and it can be the only step needed for this type of question. Eliminate the answer options that present incorrect information or do not include correct information. In other words, you eliminate the wrong choices and the irrelevant options. Read through all the options and mark the ones that you can immediately realize that is wrong or correct. If you understand the text, after carefully reading the options, you can pick out the wrong answers and right answers. In this example, the correct answers are (C), (D), and (E). There are sentences in the text that directly support these answers. Those sentences are as following:
(C): ‘Sumer itself rose on the flood plain in the lower region of the Tigris and Euphrates rivers

(D): ‘ The challenge for historians in understanding Sumerian civilization is that most references and information about it come from the writings of other civilizations

(E): ‘…without any ruins, the Sumerian homeland remains unknown.

If you can’t decide whether or not the option is correct, leave them and come back later. You can only choose three options. Choose the three best ones. Even if there are options that you are not sure about, and you find three options that you are confident that are correct already, you can go with those three answers.

Step 2: Eliminate minor details

This second step is optional. Sometimes you need this step; sometimes you don’t. In the direction section in the prompt, there is an understated point saying that the wrong answers are not only the one with incorrect information but also the one with ‘minor details in the passage.’ An option including correct information is not enough; those information needs to be important and major in the text. Eliminate options that are too detail specific. Ask yourself if you do not know all the details in that option, will the main idea of the text change? If the answer is no, then it’s an option that contains only minor details. Eliminate it and move on.

 
Keywords In The Practice
No Vocabulary Linked To Practice
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This task measures your ability to process written texts for meaning and form. You will be given one short 70–100 word long academic paragraph. In the paragraph, there will be 10 words with missing letters. You will complete the missing letters for each word.

Each correctly spelled word is worth 1 point. There are no part marks.

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Fill in the missing letters in the paragraph
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TOEFL reading LessonsCompleted: 0 / 73
Tips to improve your reading speed
To get a high score on the TOEFL reading section, you need to have a fast reading speed. To have a fast reading speed, you need to improve your vocabulary and practice dissecting sentences. One strategy to dissect a sentence is to look for the subject and verb of the sentence. Finding the subject and verb will help you better understand the main idea of said sentence. Keep in mind, a common feature of a TOEFL reading passage is to join strings of ideas to form long compound sentences. This produces large chunks that students have a hard time absorbing. Do not get overwhelmed by its length, just look for the subject and verb, the rest of the ideas will flow.

Keep in mind, having a slow reading speed makes skimming or scanning a reading passage more difficult. The process of quickly skimming through a reading passage for specific keywords or main ideas is a requirement for you to employ successful reading strategies to improve your TOEFL reading score. In other words, skimming is a critical skill to ensure you complete all questions in the allotted time frame.
TOEFL Reading Strategies
Once you can read and comprehend a passage with a rate of, at least, 220 words per minute, you'll be ready to start implementing our strategies. All too often, students spend too much time reading the passages and not enough time answering the questions. Here is a step by step guide for tackling the reading section.

1.Skim through the entire reading passage and get a rough idea of what the reading passage is about.

2.Read the question and start scanning the paragraph for related words or keywords from the question. (Most questions will tell you which paragraph the question is referring too.)

3.Quickly read the sentence with the related keywords and the sentences surrounding it to find the answer.

4.Can't find the answer? Skip this question and come back later. There are at least 3 reading passages each with 14 questions. Complete all the questions that do not require you to thoroughly read the passages. Once done, go back to each skipped question and now read the passage carefully keeping note how much time and questions you have left.
TOEFL Reading Question Types

The TOEFL reading test contains 10 different question types:

VocabularyLesson: Vocabulary Question
ReferenceLesson: Reference Question
Essential InformationLesson: Essential Information Question
InferenceLesson: Inference Question
Sentence InsertionLesson: Sentence Insertion Question
PurposeLesson: Purpose Question
DetailLesson: Detail Question
Negative FactualLesson: Negative Factual Question
Complete the SummaryLesson: Complete the Summary Question
Complete the TableLesson: Complete the Table Question

Improve Your Reading Speed

Time is critical during the reading test. Being able to read and "UNDERSTAND" each passage quickly will seriously help you score higher in the reading test.

The reading test consists of 3 - 4 passages and 36 - 56 questions. The time allotted for the reading test depends on how many questions you must answer. 80 minutes is the max amount of time given.

Let's do the math on the following max case scenario:

Reading Test Details

  • 56 questions
  • 4 passages
  • 80 minutes

Let's say you were able to read each passage in 0 seconds. That's right, 0 seconds.

80 minutes / 56 question = 85 seconds or 1.25 minutes

Without reading the passages, you only have 1.25 minutes per question and some of the questions are tough and will need maybe 2 - 3 minutes to complete.

I hope you are beginning to understand how important reading speed is to succeed at the TOEFL reading test.

Now, we will take into account time to read the passage. Let's say it takes you around 8 minutes to read each passage. That will only leave you with 48 minutes to answer 56 questions.

Therefore:
48 minutes / 56 question = 51 seconds per question.

51 seconds is not enough time!

However, after some training, you should be able to read each passage in less than 4 minutes. Reading the passage in less than 4 minutes will give you a considerable advantage and allow you to score higher.

Below are some training techniques you can use to improve your reading speed.

  1. Time yourself when you study for the test and note how long it takes you to go through a given passage. You will likely notice that you slow down when your level of comprehension drops down, and that’s normal! When you understand less, you need to slow down and read more carefully.
  2. Everyone reads at a different pace. Your task is to make your reading pace slightly faster for the very specific test-taking situation, so you can switch gears and go into full-speed mode if you need to.
  3. Apart from studying TOEFL-style academic passages, be sure to read other English language material as well. Read English literature, newspapers and magazines—reading a variety of English writing styles will help improve your reading speed.

Work on Your Comprehension Speed

Once you have worked on your reading speed and can finish a passage in in under 4 minutes (4 minutes is the preferred time for success), you are ready for the next step.

Now you need to teach yourself to remain calm and avoid stressing out when you encounter an unfamiliar word.

The reading section is full of unfamiliar challenging words, but don't worry, because they add them on purpose to test you. They want to test your ability to understand complex words by how they are used in the passage and do not expect you to look up each complex word in a dictionary..

Now that you are relaxed when facing the unknown word, here is what you do next...

IGNORE IT AND SKIP IT!

Simply continue reading the passage. By the end, you will have a better understand of what the word could mean.

The most important thing is to stay relaxed, not stress out, and maintain your 4 minute pace.

Learn TOEFL Vocabulary

To be clear, we are not contradicting our last tip about ignoring unfamiliar words. In fact, we expect you to read through the entire passage and try to understand the words on your own, before looking up the words for yourself.

Although we have a list of vocabularies already created for you, we also recommend having an English-to-English dictionary at your disposal for a couple reasons:

One, you can bring it with you everywhere you go and look up words you do not know.
Two, using a dictionary will allow you to familiarize yourself with synonyms (similar words) and antonyms (opposite words(.

NOTE:
Synonyms and antonyms are extremely useful for the TOEFL.

Don't get stuck. Keep Moving!

We have already talked about managing your time via improving your reading speed and ignoring unfamiliar words.

I guess you have started noticing a pattern in these tips... TIME MANAGEMENT IS CRITICAL!

Never get stuck. Keep moving until the end. The reading test allows you to go back to previous answers quickly. (Take a look at our TOEFL Simulated Reading Test for a better understanding of how you can quickly navigate through the reading test questions.)

Finish all the questions you know, then go back and finish the tougher questions. The worst thing you can do is get stuck on a tough question and maybe get 1 point for figuring it out, but end up losing out on 3 or more points of potentially easy questions because you ran out of time.

Vocabulary Question

Vocabulary questions are often very straight forward. One or two words are underlined in the passage. The multiple choice question will ask you to choose an option that is closest in meaning to the underlined word. There are a few tips to help with a vocabulary question. However, it is important to keep in mind that there is no exact way to get around this question besides having as many vocabulary memorized as possible.

Within this type of questions, they are two smaller types:

  1. the explanation
  2. the synonym

1) Explanation question

This is the easier type of vocabulary question between the two. The question will ask you to choose the option that explains the underlined word the most accurate. You have a high chance of knowing the answer if you know the underlined word in the paragraph. Let’s look at an example.

Example:

[1] It is believed that eyes evolved over a few million years during the Cambrian explosion, a rapid period of evolution. Prior to this era, there is no direct evidence of eyes. Eyes have a vast range of adaptations to meet the needs of the organism. They vary in visual acuity, the array of wavelength detected, sensitivity in low light, color discrimination and their capacity to identify motion.

Question:

The word ‘evolution’ in paragraph 1 is closest in meaning to:

  • Progress
  • Change in habits and behavior
  • Change in heritable traits
  • Development of the human species

Step 1: Substitute

If you know what the word ‘evolution’ means, then the answer is clear. It’s (C) Change in heritable traits.

If you don’t know what the word means, you need to make an educational guess to wiggle out of this question. Your guess needs to base on the information in the passage. You have to be careful since the answer choices are usually very close to each other in meaning.

You can substitute the answer choices for the underlined word, then reread the sentence to see if the substitutions make sense with the rest of the passage. This way, you can recognize some wrong choices.

Step 2: Eliminate wrong choices

The elimination process can be difficult in this situation since the choices are close in meaning. To do the elimination process correctly, you need to make sure to always focus closely on the topic that being discussed in the passage and make no assumption.

Choice (D) is wrong since it only mentions the human species. It is easy for test takers to make the assumption connection between eyes and human species. However, that connection is never mentioned in the passage, so is the word ‘human.’ The passage uses a very general word of ‘ organism’, not ‘human.’

Choice (A) and (B) are wrong because they do not talk about physical features. The changes of the eyes the passage talks about are all physical details. Choice (A) and (B) talk about the habitual and behavioral changes instead of the physical changes. Habitual and behavioral changes are not mentioned in the passage.

With the elimination process, you can end up choosing the correct answer (answer C) without knowing the actual vocabulary in the passage.

2) Synonym question

With the synonym, you will also be asked about an underlined word in the passage. However, the option choices are not explanations of the word but other synonyms. To answer this question fast and correctly, you do not only need to know the underlined word (like in the explanation type) but also need to know all the four option choices or at least most of them.


Example:

[2] Charles Darwin, in On the Origin of Species, suggests that the eye evolved from "an optic nerve merely coated with pigment, and without any other mechanism" to "a moderately high stage of perfection". Darwin presented intermediate grades of evolution and made suggestions that were soon shown to be correct. Since this time, modern scientists have been putting forward work on the topic of eye evolution, suggesting that the eye developed from a vertebrate patch of photoreceptors. Current research validates the theory of Darwin.

The word ‘validates’ in paragraph 2 is closest in meaning to:

  • Confirms
  • Negates
  • Contradicts
  • Questions

Step 1: Apply the negative-neutral-positive technique

If you know the underlined word ‘validates’ as well as all four answer choices, you can tell immediately that the correct answer is (A) Confirms.

If you only know a few of the vocabulary, you still have no other choice but make an educated guess to eliminate some obvious wrong choices. You’ll count on the negative-neutral-positive technique.

First, since we can tell that validate is a verb, we temporarily substitute the word with ‘do something’ or ‘have an action.’ From the sentence containing the word ‘validates’, we’ll get a sentence saying ‘current research’ does something to ‘the theory of Darwin.’ We need to know if ‘current research’ does something positive, negative or has no effect on the ‘the theory of Darwin.’ The rest of the passage mentions Darwin a few times together with his quotes and findings in very positive way, saying Darwin’s theory is paving the way for further modern research. Therefore, we know that the correct answer needs to be a positive word. So choices (B), (C), and (D) all have negative connotations. (A) is the only one that has a more positive connotation than the other options. Therefore, it is the correct choice.

Step 2: Use word parts

Finally, if step one alone is not enough to help you, one last tip for this type of question is to use word parts. When you have no idea what any of the words mean, you can still guess the words to combine with the positive/neutral/negative tip above.

1) Connection to a known word
You can try connecting the unknown word with a word you may know before. For example: if you don’t know what ‘successful’ means but you know the word ‘succeed,’ you can guess that ‘successful’ is another part of speech with the same origin with ‘ succeed.’ When you have nothing else to base your guess on, and you can think of another word that looks “similar,” go ahead and make a bold guess.

2) Prefixes and suffixes
And if you don’t know any other relatable words to the unknown word, your last resort is to base your guess on the prefixes and suffixes. The prefixes and suffixes won’t give you the meaning of the word, yet they can at least let you know whether the connotation is positive, or negative. If the word has prefixes like anti-, non-, un-, or in-, the word is likely to have a negative connotation. If the prefixes are am-, con-, ben-, etc…, the word is likely to have a positive connotation. Creating and memorizing a list of prefixes and suffixes will help you a lot in guessing vocabulary.

Detail/ Negative detail question

This question type asks you to identify specific details within the asked paragraph, not a general idea or theme from the whole reading. It is important to focus only on the paragraph and make no assumption from connections from the rest of the reading.

There are two types of questions:

  1. detail
  2. negative detail.

Detail type

Detail question asks you to choose a detail that exists in the paragraph.

Negative type

Negative detail question asks you to choose the answer choice that is not in the paragraph. Let’s look at a detail question as an example for some tips for this type of question.

Example:

Natural selection contributes to the basis of Darwin's Theory of Evolution. One of the core tenets of Darwin's theory is that more offspring are always produced for a species than can possibly survive. Yet, no two offspring are perfectly alike. As a result, through random mutation and genetic drift, over time offspring develop new traits and characteristics. Over time beneficial traits and characteristics that promote survival will be kept in the gene pool while those that harm survival will be selected against. Therefore, this natural selection ensures that a species gradually improves itself over an extended duration of time. On the other hand, as a species continues to 'improve' itself, it branches out to create entirely new species that are no longer capable of reproducing together.

Question:

According to the paragraph, what are the causes for species developing new traits and characteristics?

  • Medicine and longevity
  • Survival and selection
  • Mutation and genetic drift
  • Tenets and theory

The following 2 steps will help your success rate at answering this question correctly.

Step 1: scanning for information from the question

The keyword in the question is ‘developing new traits and characteristics.’ You need to scan for exact or similar information from the paragraph. In this example, the phrase ‘develop new traits and characteristics” appears exactly in sentence 4. After this first step, you know where in the passage to read closer.

Step 2: elimination

Reread the full question again (not just the keyword like in step one) to make sure whether the question asks for who, how, why or what. Then read a few sentences around sentence 4. In this case, it will be sentence (3), (4) and (5). After reading those sentences, you can eliminate option (A) and (D) immediately since those details are not in the sentences you just read. (B) is also not the correct answer. Even though the details in (B) are in the sentences, survival and selection are the results of ‘new traits and characteristics’ not the causes of them. After eliminating all, we can accept (C) as the correct answer.

Inference question

Inference question requires you to make logical assumptions and connections based on the information in the passage to come up with a new conclusion. In other words, inference question asks you to pick up on information that is indirectly suggested, and not directly stated in the passage. Questions of this type often contain words like ‘imply’, ‘suggest’, or ‘infer’ in the question prompt.

Example:

[1] It is believed that eyes evolved over a few million years during the Cambrian explosion, a rapid period of evolution. Prior to this era, there is no direct evidence of eyes. Eyes have a vast range of adaptations to meet the needs of the organism. They vary in visual acuity, the array of wavelength detected, sensitivity in low light, color discrimination and their capacity to identify motion.

Question:

Which of the following can be inferred from paragraph 1 about eyes before the Cambrian Explosion?

  • We can safely assume eyes existed prior to the Cambrian Explosion.
  • We can safely assume eyes did not exist prior to the Cambrian Explosion.
  • We can assume that prior to the Cambrian Explosion, eyes varied in visual acuity.
  • Prior to the Cambrian Explosion, eyes had not ability to identify motion, color or light.

Follow these steps to tackle this type of question.

Step 1: Search for keywords and look for evidence

The keywords in the question prompt are ‘before’ and ‘the Cambrian Explosion.’ Normally, in inference questions, prepositions are important. Pay close attention to the prepositions.

You need to reread the passage to find any information that refers to ‘the Cambrian Explosion.’ In this example, the first two sentences have mentioned the term. Read these two sentences closely. Then you can move on to reading the answer choices, one by one. Every time you read an option, you need to skim back at the passage to see if the option is back up by information from the text. If an option is a correct choice, you should be able to point to the section in the text that allows you to make the inference. Again, pay close attention to the prepositions. They can be tricky in this type of question.

Step 2: Eliminate wrong answers

In our example, (A) is wrong since it is the opposite of what is stated in the first two sentences of the paragraph. The sentences say that eyes evolved during the Cambrian explosion, and there is no evidence of eyes prior to this era. (C) and (D) are also wrong. Even though visual acuity and other abilities of eyes are mentioned, in the passage, those information about abilities have no connections with the Cambrian explosion. Furthermore, from the first two sentences, we can safely infer that eyes do not exist before the Cambrian explosion, so the discussion about eyes’ abilities are irrelevant. Therefore, after eliminating all wrong choices, the correct choice is answer (B).

Extra tips:

To answer this question, you need to understand all the concepts in the passage so from there, you can make further logical implications. However, you also need to be careful not to infer too much or too far from the text. All of your inferences need to be backed up directly by information from the passage. Let’s look at an example of this type of question.

One extra tip: avoid answer choices that contain extreme language, go for more modest answers. Answer choices with extreme words like ‘absolute’, ‘none’, ‘very’, etc… are often trick answers.

Negative Factual

The negative factual question is the only type of question that asks you to choose the incorrect answer. The key to this answer is the word ‘except’ that is in all CAPS at the end of every question. This question will have four answer choices like all other multiple choice questions in the TOEFL. However, there will be three correct answers and one incorrect answer, and you need to choose the incorrect one. This question may not be difficult, yet it can be very confusing. Let’s look at an example to understand this question further.

Example:

[1] Frogs are known as one of the most diverse scientific order of vertebrate species in the world. Nevertheless, they are often overlooked by humans. In fact, these carnivorous amphibians date back in fossil record to the early Triassic period in Madagascar. However, molecular dating suggests they may even date back to the Permian period over 265 million years ago. As a result, their ancient pedigree contributes to the fact that frogs can be found all over the planet—even in subarctic climates. In spite of this range of inhabitation, the majority of frog species are found in tropical rainforests where they enjoy the greatest diversity. In short, frogs are composed of a unique anatomy and have prolific reproduction habits leading to a broad population.

[2] The scientific order of Anura consists entirely of a different species of frogs. Frogs share numerous characteristics across species. They have a stout body, large protruding eyes, cleft tongues, folded limbs and no tail. Moreover, one of the more intriguing characteristics of frogs is their skin. Frogs have glandular skin which can secrete liquids and mucus. Because of these secretions a frog can simply cause its skin to taste particularly foul to a predator, or they can be highly toxic even to touch and ingest. The skin itself has a broad palette of colours. Similar to snakes, the skin colours and patterns of frogs are intended either to disguise or to ward off would-be predators. Some species have evolved colours to camouflage into their habitat and avoid predators. Conversely, other species have developed bright, vivid colours to advertise their toxicity to any hungry predators. The skin is semi permeable, which means frogs are vulnerable to severe dehydration in dry environments. This leads to their preference for tropical, damp and humid habitats.

[3] As a result of being an amphibious species, certain frogs choose different environments to lay their eggs. For example, a minority group of frog species will actually lay their eggs on land; however, the vast majorities choose to lay their eggs in water where they will hatch into tadpoles. Tadpoles are an aquatic larvae complete with tails – which disappear later - and internal gills. As tadpoles’ natural habitat is ponds and streams, they have a diet of planktivorous and herbivorous foods. As tadpoles mature into adults, their bodies develop characteristic features of frogs and consequently, they adopt a much more carnivorous diet. In addition, adult frogs are one of the more efficient converters of food into body mass. The importance of this characteristic is that frogs are an integral part of almost any ecosystem they belong to as a key nutritional source for predators. Although they are diminutive in size, they have a large impact on the dynamics of ecosystems.

[4] Frogs, like many other species, have specific breeding seasons that can trigger hormone-dependent sexual characteristics. In addition to an arsenal of vocal cords to attract mates, male frogs develop special pads on their thumbs to provide a firmer grip while mating with a female. This firm grip stimulates the female, and as a result they will release eggs to be fertilized. Sperm is ejected directly from the cloaca directly onto the eggs, typically wrapped in jelly, as the female lays them. The sexual organs -testes and ovaries - are attached to frogs’ kidneys, due to their small-sized anatomy. Fertilized eggs will later develop into tadpoles.

[5] Frogs are not only valued by humans for food, but also for their roles in literature, symbolism and religion among various cultures around the world. However, the global frog population has been in decline since the 1950s. Since the 1980s, more than 120 species have become extinct. Moreover, a third of the frog species is threatened by extinction. A major problem for the global frog population is a fungal disease known as chytridiomycosis. This emerging disease is a mystery to conservation biologists and threatens frogs around the world. The frog population may continue to decline if a solution is not found to combat this disease. Frogs are now a key focus for the conservation movement and biologists as they face many new challenges in a changing ecosystem.

Question:

According to paragraph 3, all of the following are reasons why frogs have a large impact on the dynamics of ecosystems EXCEPT

  • Frogs can covert food into body mass efficiently
  • Frogs have a carnivorous diet
  • Frogs are the key nutritional sources for predators
  • Frogs prefer to lay their eggs in water

Step 1: Read the question and the question choices

This question requires patience and carefulness. With other questions, sometimes you can read the first choice, realize it is the right one and choose it immediately. Never use that tactic with this type of question. From the example, you can see, this question asks you to choose the option that is incorrect. There is only one right answer to every question but there are three correct options, and you should not choose any of those correct options. The right answer to this question would be the only incorrect one. So you need to read the question carefully and thoroughly: both the question and all the answer options. Make sure you understand and can identify the information in as many answer options as you can. The options you need to eliminate are not only the ones that are mentioned in the passage but also answer the question asked correctly.

Step 2: Check off from the list

The right answer for this question will normally an option is contradictorily wrong with what the article states or not mentioned in the passage. So when reading through the question, if you can pick out the option that from the reading, you immediately know is correct, cross that one out. It will help you save time. If you can’t clear off all the correct options just from your knowledge, you need to look back into the passage to find direct proofs. If you don’t know for sure, do not assume anything is correct unless you can find direct proofs from the passage to support the info. Furthermore, the options you need to eliminate do not only need to be supported by the passage but also need to answer the question correctly. This is an important point that people often overlook. Remember to read the question carefully.

Some questions do not specify where in the passage you can find the information to answer the question. In that case, you need to read the whole passage to find information. However, that is not always the case. It is more likely that the question will specify what paragraph or what section you can look to find the answer. In this example, you can look into paragraph 3 to find the information you need. (A), (B) and (C) options are stated in the paragraph. Sentences that provide direct proofs to prove (A), (B), and (C) are mentioned in the text are as follows:

  • : adult frogs are one of the more efficient converters of food into body mass.
  • : they adopt a much more carnivorous diet.
  • : they belong to as a key nutritional source for predators.

You can eliminate (A), (B) and (C).

Step 3: Double check before final decision

Finally, even after you already eliminate all the three options that are mentioned in the passage, you should skim through the passage one last time to make sure the option you are about to choose is not mentioned anywhere in the article. Sometimes, the right answer to this question can be the option that has information contradict with what the passage mentions, which means the option can contain a topic that is mentioned in the paragraph but with a contradict opinion. So when reading and skimming through the passage, be careful not to be tricked by keywords. Some words in the option can be mentioned in the passage, but that does not mean the option itself is mentioned in the passage. If you see keywords that appear in both the option choice and the passage, read the sentence that contains the keyword carefully to make sure whether or not that sentence support the option choice and not answer the question correctly as well.

In this example, the correct answer is (D). (D) is correct because frogs’ preference to lay eggs in water does not have any effects on the dynamics of the ecosystem. So (D) is the answer you need to choose not because it is not mentioned but because it does not directly answer the question asked.

Organization questions

Organization or categorization is one of the two types of reading questions that you need to choose more than one answer. Similar to the summary type, organization question requires you to read and understand the whole text. However, unlike the summary type, instead of choosing major ideas and themes from the text, you need to pick out and categorize minor details. There is no limit on how many answers you can choose, but remember, not all the choices will be used. If by the end, you realize you have chosen and categorized all choices, there must be a mistake. In no occasion, all choices are correct.

Example:

[1] A tree is a perennial plant that consists of a long stem, trunk, branches and in most species, leaves. They have evolved their structure to compete for sunlight with other plants. Trees usually live for a long time, up to thousands of years old and they have existed on the planet for 370 million years. A tree has woody tissue and is surrounded by bark that protects the plant. The root of a tree anchors it in place and the branches carry leaves that capture light and process it into sugar by photosynthesis.

[2] The function of trees in our environment is invaluable. They release oxygen into our atmosphere and remove carbon dioxide, storing carbon in their own tissues. Trees prevent soil erosion by soaking up water in areas with high rainfall. In tropical rainforests and various other regions of the world, trees provide a habitat for a vast number of animal and plant species. Other functions of trees are in the provision of wood for fuel, cooking, heating, construction, paper production and fruit.

[3] The leaves of trees are formed for photosynthesis. The broad sizes and shapes of deciduous trees attract the light to be converted to energy. Coniferous trees sometime have needles which are adapted to environments with less water, such as frozen regions with a higher latitude and altitude. The thin shape of the needles and position of evergreen branches allow the leaves to shed snow. Broad-leaved trees in temperate zones of the world shed their leaves as days get shorter in the autumn and winter seasons. This is because the leaves are no longer making new chlorophyll through photosynthesis due to less light. The red and yellow pigments of the leaves’ blades become visible, causing the bright orange, red and yellow-colored autumn leaves. The synthesis of auxin - a plant hormone – also stops. Once the production of auxin ceases, the cells at the junction of the twig and the petiole of the leaf weakens and the leaf breaks off and falls on the ground. In regions of the world with more sun exposure, trees may not shed their leaves.

[4] There are several other reasons that trees shed leaves and twigs. During a drought season, trees often shed about ten percent of their leaves, thus losing less water. Another reason for leaf-fall is when vigorous trees shed excessive leaves to adjust to the summer heat. Moreover, leaves near the base of the tree are more likely to drop off due to lack of sunlight. Another cause is insect-tunnelling of leaf stalks, leaving short, fragile petioles which leads to more leaf-fall. Disease, such as Dutch elm disease or root rot, or injuries to the tree, is another source of leaf-fall. Fungus, such as leaf-spot disease, also causes increased shedding of leaves. Fungi such as anthracene and apple scab defoliate crab apple trees, sycamore, ash, white oak and maple.

[5] Squirrel activity or twig- girdling insects can also cause clusters of fallen leaves that are attached to short twigs. There are specific tree species, such as poplars, that shed twigs during moisture stress period. The end of the twig will be like a smooth curve. The metallic wood boring beetle prefers red oak and other oak trees. They lay eggs onto twigs. Once hatched, the larvae bore into twigs in a spiral fashion until there are clusters of dead leaves. The longhorn beetle is gray-brown in color. The adult beetles appear at the end of the summer. The female beetle chews the twig, girdling it and laying eggs on it. The twig then withers and dies. The new larvae thrive in the dead twig. The behaviour of these two insects could be another explanation of excessive twig fall.

Question:

Complete the table by matching the phrases below

Directions: Select the appropriate phrases from the answer choices and match them to the tree type to which they relate. Some of the answer choices will NOT be used.

Coniferous trees Deciduous trees

Answer Choices

  • Needles are shaped upward to prevent leaf-fall
  • Needles are shaped specifically to allow the shed of snow.
  • Broad leaves help to cause a faster rate of photosynthesis
  • Deciduous leaves become orange and red due to the increase of the hormone auxin
  • Deciduous trees shed more leaves in warmer climates
  • Autumn-colored trees are caused by the increase in yellow, red and orange pigments as chlorophyll drops.

I’ll give you some tips to solve this type of question. There is no logical order of steps to solve this question. You need to combine and keep these following tips in mind while choosing for correct answers.

Tip 1: Find evidence

There will normally be two or three columns with different title heads. They are the different categories. You need to make sure you understand all the categories thoroughly in order to choose correct answers.

Every correct answer needs to be backed up directly by evidence from the text. Skim through all the choices then read them again carefully one by one. After reading each one, look back at the text to look for evidence. If you find evidence that you are confident about, choose that options immediately. You’ll have time to check through them again by the end. Don’t wait till you read through everything since you may be confused about all the choices you have. Deal with them one by one.

Tip 2: Eliminate incorrect information

This seems like an obvious tip: eliminating the options with incorrect information. The point of this tip is that you eliminate the options as soon as you know it’s wrong. This question is one of the last questions for every reading. By the time you reach this question, you have already known much about the reading. If you think an answer is correct, you still should check the text for evidence. However, if you think an option is wrong, you can eliminate it without re-checking the text. Checking wrong answer takes more time than looking for evidence to back up right answers because you have to read through the whole text to make sure there is no evidence to support that choice.

The answers to this question is (B) and (C) in the coniferous trees section, and (F) is in the Deciduous trees section. There are sentences in the text that directly support the options.

(B): ‘The thin shape of the needles and position of evergreen branches allow the leaves to shed snow’ (from Paragraph 3, lines 5 and 6)

(C): ‘ Broad-leaved trees in temperate zones of the world shed their leaves as days get shorter in the autumn and winter seasons. This is because the leaves are no longer making new chlorophyll through photosynthesis due to less light ’ (from Paragraph 3, lines 6 to 8)

(F): ‘The red and yellow pigments of the leaves’ blades become visible, causing the bright orange, red and yellow-colored autumn leaves.’ (from paragraph 3, lines 8 to 10)

Paraphrase question

The paraphrase question gives you a sentence in the prompt and asks you to choose the answer choice that summarizes that sentence best. This type of question can be tricky since the answer choices are similar to each other. The trick to solving this question is to understand the keywords and dynamic in the prompt sentence. Let’s look at an example.

Example:

Which sentence is most similar to the following sentence from paragraph 4?

Question:

Taking a simple van out to the beach will give you a close encounter of a frigid degree.

  • The cold weather will cause problems for your van when you arrive at the beach.
  • Vans are the best form of beach transportation due to their ability to handle cold weather.
  • Close encounters require a newer-model van.
  • Travelling by van to the coast is one way to have a close encounter in the icy temperatures.

Step 1: Analyze the sentence

It is important to understand the relationship between ideas in the sentence. Those relationships can be: general-details, cause-effect, conditional, etc…In this example, the relationship between ideas is cause and effect. The cause is taking the van to the beach, and the effect is having a close encounter of a frigid degree. From this analysis, we can start to eliminate some answer choices that do not keep the original dynamic of the sentence in the prompt. (B) and (C) are eliminated because the ideas in the two choices do not have a cause and effect relationships.

Step 2: Paraphrase and reorganize

Ideas can be presented in many different ways with different synonyms and linking words. For example, frigid degree can also mean cold weather (in answer A) and icy temperature (in answer D). Checking the sentence in the prompt and looking for the same words or synonyms in the answer choices are good ways to make sure no important information in the prompt is left out in the choices. The answers that miss out important information are wrong. In this example, both answer A and D have all the important keywords from the prompt sentence.

Step 3: Compare and contrast

As said earlier, this type of question is tricky because the correct answer is very similar to the wrong choices. However, there are still differences between the options. In this final step, you need to compare and contrast the options and choose the one that is closer in meaning to the prompt. The difference can either be subtle or big, but remember, every difference changes the meaning of the answers. You need to be able to point out the difference to choose the correct answer. (A) and (D) are very similar to each other. Their one difference is the word problems. The word problem makes (A) having a cause and negative effect relationship, which is not the same as the prompt sentence. (D) is the correct answer.

Purpose

Purpose question asks why a detail or argument is used in the paragraph. In other words, it asks for the purpose of an idea or detail in the passage. Purpose question requires careful reading of the whole passage, not just a few details or sentences. To answer this question, you need to understand the overall purpose of the passage then figure out how the asked detail fits into the big purpose of the passage.

Example:

Charles Darwin, in On the Origin of Species, suggests that the eye evolved from "an optic nerve merely coated with pigment, and without any other mechanism" to "a moderately high stage of perfection". Darwin presented intermediate grades of evolution and made suggestions that were soon shown to be correct. Since this time, modern scientists have been putting forward work on the topic of eye evolution, suggesting that the eye developed from a vertebrate patch of photoreceptors. Current research validates the theory of Darwin.

Question:

In paragraph 2, why does the author mention Charles Darwin’s Origin of Species?

  • Because Darwin’s theory and suggestions were not correct, and later researchers proved this.
  • Because Darwin’s theory and suggestions were soon shown to be correct and validated by later researchers.
  • Because Darwin was the first researcher of eye evolution.
  • Because Darwin’s Origin of the Species is a book about the evolution of eyes.

Step 1: Understand the passage

Read the whole passage once. You don’t have to understand everything in the passage. But if you do not at least have the general idea of what the passage is about, read again more carefully. If you do understand, make sure you can answer the following questions:

  • What is the main topic or theme of the passage?
  • Is the passage opinionated or factual?
  • If it is opinionated, is the passage positive or negative?

By answering these questions, you can start to guess whether the detail you were asked in the prompt is a neutral fact, or part of an agreement or objection to the main topic. In this example, we can see that the main topic is about how positively Charles Darwin’s Origin of Species has affected modern research on eye evolution.

Step 2: Look for linking devices

Then read the question prompt and all the answer options. Keep the answer options in mind while read or skim through the passage the second time. Pay attention to words that appear both in the passage and the answer choices. Underline those words for easier comparison in the next step. In this example, those words would be ‘correct’, ‘eye evolution’, and ‘validate’ (or ‘prove’).

Often (but not always), there will be more than one answer choice that contains one of the keywords. However, the keywords, when used in some of the answer choices, are used with the wrong context compared to the text. For example, there is the word ‘correct’ in both (A) and (B). However, in the passage, the text says Charles Darwin’s theory is correct. (A) says ‘not correct’ which is directly the opposite of the text. We can eliminate (A).

Step 3: Eliminate irrelevant answers

After eliminating wrong context answers, the next step is to eliminate irrelevant answers. Irrelevant answers will contain details that are not in the passage. For example, the passage has never mentioned of Darwin as the first researcher of eyes evolution. (C) is not our answer.

(D) is also wrong. It is a bit harder to eliminate (D) than (C) since there are details in the reading that can cause the misunderstanding. However, pay close attention to the word ‘suggest’ in sentence 1. The book only suggests some details about eye evolution. In other words, whatever the book is about suggests the idea of eye evolution. The book itself is not about eye evolution. After eliminating all the irrelevant answers, we should have one correct, and relevant answer left. The answer is (B)

Reference

Reference question is the type of reading question that will take you less than twenty seconds to read both the question and all the options. However, it will also be the type of question that tricks you into confusion. You will understand clearly the question and all the choices (which do not always happen with all other question types), and you still do not know what to choose. We will show you how to effectively solve this question so you can save your precious time for other questions that require more reading.

Let’s start with an example:

In summary, the challenge for historians in understanding Sumerian civilization is that most references and information about it come from the writings of other civilizations. Even the ancient Bablyonians considered the Sumerians an old civilization by their time. Even though archaelogists are still searching for clues to unlock the history of the Sumerians, much information about these ancient people remains unknown. In conclusion, Sumer is an ancient civilization with cities at the bottom of a sea, referenced by other ancient civilizations with few tantalizing clues of their shrouded past.

Question:

The word ‘it’ in the paragraph refers to

  • Historians
  • Babylonian civilization
  • Information
  • Sumerian civilization

With our proposed 4 steps, you will answer this question not only correctly but also quickly.

1) Read only a few sentences

The key to solving this question is to not read too much. As strange as it sounds, with reference questions, the more you read, the more you may be confused. You are likely to find the correct answer within the sentence you are asked about. According to the basic rules of coherence, pronouns are used to substitute for something or someone that is mentioned right before the pronouns. So in this example, you only need to read the first sentence closely. Keep in mind that you will not use any information obtained throughout the reading that is not in the sentence you read.

2) Identify the word’s function and plurality

Next step is identifying the function of the word that is asked. In this example, you need to identify the function of ‘it’ within the sentence. You need to decide whether it is a subject or an object. In this case, ‘it’ is an object pronoun. You will only pay attention to the closest object pronoun in the sentence. Besides, since ‘it’ is a singular pronoun, you know that the answer should be a singular choice as well.

3) Eliminate wrong answers

From step 2, you know that the answer will be part of previously mentioned object pronoun and singular. Looking at the four answer choices, you can now eliminate option (A) and (B). (A) is plural, and (B) has never mentioned before ‘it.’

4) Substitute answers

Finally, if you still have more than one answer, try substituting the options for ‘it’. When you substitute answer (C) ‘ information’ into the sentence, the sentence makes no sense. Therefore, the correct answer is (D).

Sentence insertion

Sentence insertion question asks you to place a sentence in a paragraph in the text. You never can be too careful with the choices for this question. Even when you think you know the correct answer, it is a good idea to try the sentence in all the locations before settling down. The trick for this type of question is to look for as many linking devices, terms, pronouns, and connections between the sentence and the paragraph as possible.

Question

Examine the four █ in the selection below and indicate at which block the following sentence could be inserted into the passage:

These cultural considerations pre-empt the otherwise endangered status of the species.

█ [A] For the polar bears, Kaktovik has one great attraction: the bone pile. █ [B] Specifically, the bone pile left over from the annual hunt for Bowhead whales █ [C] The Bowhead whale is an endangered species, however the Inupiat are allowed a quota of three per year due to cultural considerations █ [D] The meat provided from the Bowhead whales provide enough food for the Inupiat to survive the winter.

Any coherence is important in this type of question. Coherence is the key to finding the connection between the sentence and the paragraph. Usually, the sentence will have some kinds of coherence to give you a clue about its location.

Step 1: Transitions

There can be a transition word at the beginning of the sentence to give you an idea about its relationship with the surrounding sentences like ‘ however’, ‘and’, ‘so’, ‘but’, ‘therefore’…If the transition words are ‘and’, ‘so’, ‘therefore’ or something along the line, the sentence before the prompt sentence will share the same ideas and opinions with the prompt sentence. If the transition words are ‘yet’, ‘but’, ‘however’, or some other contrast transition, the sentence previous to the prompt will be contradicting to the prompt sentence. Using transitions, we can start looking among the location options in the paragraph to find possible locations.

Step 2: Pronouns

Another coherence you can look for are pronouns in the prompt sentence: ‘they’, ‘these’, ‘those’, ‘this’,…You can look for what these pronouns refer to. The rest of the prompt sentence will give you hints. In this example, right after ‘these’ is ‘cultural considerations.’ It means the cultural considerations are mentioned right before the prompt sentence. In this example, we can tell the correct answer is (D).

Extra tip: General/Specific details

In other cases where the two steps alone is not enough to figure out the correct answer. An extra tip is to look for the details in the prompt sentence. In this type of question, if the prompt sentence depicts many specific details, look for sentences in the paragraph that shares the same topic with the prompt sentence but more general, and vice versa. Ideas in the paragraph are often written in a ‘general to specific’ formula. Use this rule to look for locations that the prompt sentence can fit in.

Summary questions

The summary question is one of the two question types that are not the usual one answer multiple choice. The summary question requires you to choose three correct answers, not just one. It is also important to know that in this question, sometimes there are more than three correct answers, so you don’t just choose the correct ones, you need to choose the three best ones.

To choose the best answers, you need to read the whole text and understand it. This question type is normally one of the last questions for every text. Answering other questions, by the time you see the summary question, you already have a good understanding of the whole text. What you need to do to choose correct answers is the careful selection. Let’s look at a text for an example.

Example:

[1] The Sumerian civilization existed centuries before Alexander the Great conquered swathes of land around the Mediterranean and Middle East and long before the Roman Empire became known as the greatest power of ancient times. The Sumerian civilization remains an enigmatic mystery that continues to baffle historians worldwide. It was possibly the first urban civilization established in the historical region of southern Mesopotamia. Sumer itself rose on the flood plain in the lower region of the Tigris and Euphrates rivers, an area called the 'cradle of civilization'. The Sumerians emerged around 4000 B.C.E. and were organized together as city-states. Some of the important Sumerian city states were on land that has since been absorbed by the Persian Gulf. In fact, it is in the Persian Gulf itself that many historians believe the key to the origins of the Sumerian civilization lies.

[2] One of the greatest mysteries is the exact origin of the Sumerians. Many historians and archaeologists disagree on where the Sumerians' homeland was. Ancient Sumerian literature gives reference to their homeland being a place called 'Dilmun', the location of which remains obscure. The Sumerian language is an agglutinating language—one that forms words by adding affixes to the word's core meaning. Other agglutinating languages include Turkish, Hungarian, Finnish, and Inuit. However, neighbouring languages to Sumer share little of its morphology. In addition, numerous animal-deities in the Sumerian pantheon suggest a pastoral history, but do not indicate a location of origin. Historians generally conclude that Dilmun is most likely an island in the Persian Gulf, perhaps the modern country of Bahrain. Until now, no ruins have been found to link the ancient Sumerians to any island in the Persian Gulf. These types of ruins are pivotal in proving the ancestral home of the Sumerians. Therefore, without any ruins, the Sumerian homeland remains unknown.

[3] Sumerian culture centred around a priesthood and temple life. City-states were organized around the temple and non-priests were either craftsmen or peasants that devoted their work and lives to appeasing the gods. Disasters, droughts and calamities were blamed on a local deity being overpowered by other gods acting together. As a result, the priesthood maintained its power and control over the Sumerian day-to-day life. Finally, the other castes within Sumerian city-states were the warriors charged with defending the city. Over time, the warriors became more prestigious and powerful within Sumer as the grip of the clergy began to erode. As a consequence, Sumer gradually shifted toward a more warrior-led civilization.

[4] Between 4000 and 2000 B.C.E. Semitic immigrants regularly moved into Sumerian territory, slowly inundating Sumer. By 2000 B.C.E., Sumerian city-states were forced to form defensive alliances as the warriors became more powerful. The image of the priesthood was undermined as they were forced to make alliances. Moreover, the increasing importance of warriors instigated a power shift in the Sumerian civilization which led to the existence of its first King. Finally, in around 2000 B.C.E. King Sargon of Akkad conquered the Sumerians in the creation of the world's first multi-ethnic empire. The Akkadian Empire is also considered as the first civilization built upon the shared characteristics of the Sumerians. In fact, the lost Akkadian city was rumored to have been built by Sumerian craftsmen.

[5] In summary, the challenge for historians in understanding Sumerian civilization is that most references and information about it come from the writings of other civilizations. Even the ancient Bablyonians considered the Sumerians an old civilization by their time. Even though archaelogists are still searching for clues to unlock the history of the Sumerians, much information about these ancient people remains unknown. In conclusion, Sumer is an ancient civilization with cities at the bottom of a sea, referenced by other ancient civilizations with few tantalizing clues of their shrouded past.

Directions: An introductory sentence for a brief summary of the passage is provided below. Complete the summary by selecting the THREE answer choices that express the most important ideas in the passage. Some sentences do not belong in the summary because they express ideas that are not presented in the passage or are minor ideas in the passage. This question is worth 2 points.

Question:

The Sumerian civilization was one of the first and most developed civilizations of the ancient world, considered old even by its other contemporary civilizations.

  • Alexander the Great was the first ruler to conquer Sumer.
  • The Sumerian language closely reflected many of its neighboring languages.
  • Sumer emerged between the Tigris and Euphrates rivers-called the ‘cradle of civilization.’
  • Information about the Sumerians is hard to find as the majority of historical references come from other contemporary civilizations.
  • The location of the Sumerians’ homeland, Dilmun, remains a mystery.
  • The priesthood caused the downfall of the Sumerian civilization.

Step 1: Eliminate the wrong answers

This step is important, and it can be the only step needed for this type of question. Eliminate the answer options that present incorrect information or do not include correct information. In other words, you eliminate the wrong choices and the irrelevant options. Read through all the options and mark the ones that you can immediately realize that is wrong or correct. If you understand the text, after carefully reading the options, you can pick out the wrong answers and right answers. In this example, the correct answers are (C), (D), and (E). There are sentences in the text that directly support these answers. Those sentences are as following:
(C): ‘Sumer itself rose on the flood plain in the lower region of the Tigris and Euphrates rivers

(D): ‘ The challenge for historians in understanding Sumerian civilization is that most references and information about it come from the writings of other civilizations

(E): ‘…without any ruins, the Sumerian homeland remains unknown.

If you can’t decide whether or not the option is correct, leave them and come back later. You can only choose three options. Choose the three best ones. Even if there are options that you are not sure about, and you find three options that you are confident that are correct already, you can go with those three answers.

Step 2: Eliminate minor details

This second step is optional. Sometimes you need this step; sometimes you don’t. In the direction section in the prompt, there is an understated point saying that the wrong answers are not only the one with incorrect information but also the one with ‘minor details in the passage.’ An option including correct information is not enough; those information needs to be important and major in the text. Eliminate options that are too detail specific. Ask yourself if you do not know all the details in that option, will the main idea of the text change? If the answer is no, then it’s an option that contains only minor details. Eliminate it and move on.

 
Keywords In The Practice
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This task measures your ability to process written texts for meaning and form. You will be given one short 70–100 word long academic paragraph. In the paragraph, there will be 10 words with missing letters. You will complete the missing letters for each word.

Each correctly spelled word is worth 1 point. There are no part marks.

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Fill in the missing letters in the paragraph
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Tips to improve your reading speed
To get a high score on the TOEFL reading section, you need to have a fast reading speed. To have a fast reading speed, you need to improve your vocabulary and practice dissecting sentences. One strategy to dissect a sentence is to look for the subject and verb of the sentence. Finding the subject and verb will help you better understand the main idea of said sentence. Keep in mind, a common feature of a TOEFL reading passage is to join strings of ideas to form long compound sentences. This produces large chunks that students have a hard time absorbing. Do not get overwhelmed by its length, just look for the subject and verb, the rest of the ideas will flow.

Keep in mind, having a slow reading speed makes skimming or scanning a reading passage more difficult. The process of quickly skimming through a reading passage for specific keywords or main ideas is a requirement for you to employ successful reading strategies to improve your TOEFL reading score. In other words, skimming is a critical skill to ensure you complete all questions in the allotted time frame.
TOEFL Reading Strategies
Once you can read and comprehend a passage with a rate of, at least, 220 words per minute, you'll be ready to start implementing our strategies. All too often, students spend too much time reading the passages and not enough time answering the questions. Here is a step by step guide for tackling the reading section.

1.Skim through the entire reading passage and get a rough idea of what the reading passage is about.

2.Read the question and start scanning the paragraph for related words or keywords from the question. (Most questions will tell you which paragraph the question is referring too.)

3.Quickly read the sentence with the related keywords and the sentences surrounding it to find the answer.

4.Can't find the answer? Skip this question and come back later. There are at least 3 reading passages each with 14 questions. Complete all the questions that do not require you to thoroughly read the passages. Once done, go back to each skipped question and now read the passage carefully keeping note how much time and questions you have left.
TOEFL Reading Question Types

The TOEFL reading test contains 10 different question types:

VocabularyLesson: Vocabulary Question
ReferenceLesson: Reference Question
Essential InformationLesson: Essential Information Question
InferenceLesson: Inference Question
Sentence InsertionLesson: Sentence Insertion Question
PurposeLesson: Purpose Question
DetailLesson: Detail Question
Negative FactualLesson: Negative Factual Question
Complete the SummaryLesson: Complete the Summary Question
Complete the TableLesson: Complete the Table Question

Improve Your Reading Speed

Time is critical during the reading test. Being able to read and "UNDERSTAND" each passage quickly will seriously help you score higher in the reading test.

The reading test consists of 3 - 4 passages and 36 - 56 questions. The time allotted for the reading test depends on how many questions you must answer. 80 minutes is the max amount of time given.

Let's do the math on the following max case scenario:

Reading Test Details

  • 56 questions
  • 4 passages
  • 80 minutes

Let's say you were able to read each passage in 0 seconds. That's right, 0 seconds.

80 minutes / 56 question = 85 seconds or 1.25 minutes

Without reading the passages, you only have 1.25 minutes per question and some of the questions are tough and will need maybe 2 - 3 minutes to complete.

I hope you are beginning to understand how important reading speed is to succeed at the TOEFL reading test.

Now, we will take into account time to read the passage. Let's say it takes you around 8 minutes to read each passage. That will only leave you with 48 minutes to answer 56 questions.

Therefore:
48 minutes / 56 question = 51 seconds per question.

51 seconds is not enough time!

However, after some training, you should be able to read each passage in less than 4 minutes. Reading the passage in less than 4 minutes will give you a considerable advantage and allow you to score higher.

Below are some training techniques you can use to improve your reading speed.

  1. Time yourself when you study for the test and note how long it takes you to go through a given passage. You will likely notice that you slow down when your level of comprehension drops down, and that’s normal! When you understand less, you need to slow down and read more carefully.
  2. Everyone reads at a different pace. Your task is to make your reading pace slightly faster for the very specific test-taking situation, so you can switch gears and go into full-speed mode if you need to.
  3. Apart from studying TOEFL-style academic passages, be sure to read other English language material as well. Read English literature, newspapers and magazines—reading a variety of English writing styles will help improve your reading speed.

Work on Your Comprehension Speed

Once you have worked on your reading speed and can finish a passage in in under 4 minutes (4 minutes is the preferred time for success), you are ready for the next step.

Now you need to teach yourself to remain calm and avoid stressing out when you encounter an unfamiliar word.

The reading section is full of unfamiliar challenging words, but don't worry, because they add them on purpose to test you. They want to test your ability to understand complex words by how they are used in the passage and do not expect you to look up each complex word in a dictionary..

Now that you are relaxed when facing the unknown word, here is what you do next...

IGNORE IT AND SKIP IT!

Simply continue reading the passage. By the end, you will have a better understand of what the word could mean.

The most important thing is to stay relaxed, not stress out, and maintain your 4 minute pace.

Learn TOEFL Vocabulary

To be clear, we are not contradicting our last tip about ignoring unfamiliar words. In fact, we expect you to read through the entire passage and try to understand the words on your own, before looking up the words for yourself.

Although we have a list of vocabularies already created for you, we also recommend having an English-to-English dictionary at your disposal for a couple reasons:

One, you can bring it with you everywhere you go and look up words you do not know.
Two, using a dictionary will allow you to familiarize yourself with synonyms (similar words) and antonyms (opposite words(.

NOTE:
Synonyms and antonyms are extremely useful for the TOEFL.

Don't get stuck. Keep Moving!

We have already talked about managing your time via improving your reading speed and ignoring unfamiliar words.

I guess you have started noticing a pattern in these tips... TIME MANAGEMENT IS CRITICAL!

Never get stuck. Keep moving until the end. The reading test allows you to go back to previous answers quickly. (Take a look at our TOEFL Simulated Reading Test for a better understanding of how you can quickly navigate through the reading test questions.)

Finish all the questions you know, then go back and finish the tougher questions. The worst thing you can do is get stuck on a tough question and maybe get 1 point for figuring it out, but end up losing out on 3 or more points of potentially easy questions because you ran out of time.

Vocabulary Question

Vocabulary questions are often very straight forward. One or two words are underlined in the passage. The multiple choice question will ask you to choose an option that is closest in meaning to the underlined word. There are a few tips to help with a vocabulary question. However, it is important to keep in mind that there is no exact way to get around this question besides having as many vocabulary memorized as possible.

Within this type of questions, they are two smaller types:

  1. the explanation
  2. the synonym

1) Explanation question

This is the easier type of vocabulary question between the two. The question will ask you to choose the option that explains the underlined word the most accurate. You have a high chance of knowing the answer if you know the underlined word in the paragraph. Let’s look at an example.

Example:

[1] It is believed that eyes evolved over a few million years during the Cambrian explosion, a rapid period of evolution. Prior to this era, there is no direct evidence of eyes. Eyes have a vast range of adaptations to meet the needs of the organism. They vary in visual acuity, the array of wavelength detected, sensitivity in low light, color discrimination and their capacity to identify motion.

Question:

The word ‘evolution’ in paragraph 1 is closest in meaning to:

  • Progress
  • Change in habits and behavior
  • Change in heritable traits
  • Development of the human species

Step 1: Substitute

If you know what the word ‘evolution’ means, then the answer is clear. It’s (C) Change in heritable traits.

If you don’t know what the word means, you need to make an educational guess to wiggle out of this question. Your guess needs to base on the information in the passage. You have to be careful since the answer choices are usually very close to each other in meaning.

You can substitute the answer choices for the underlined word, then reread the sentence to see if the substitutions make sense with the rest of the passage. This way, you can recognize some wrong choices.

Step 2: Eliminate wrong choices

The elimination process can be difficult in this situation since the choices are close in meaning. To do the elimination process correctly, you need to make sure to always focus closely on the topic that being discussed in the passage and make no assumption.

Choice (D) is wrong since it only mentions the human species. It is easy for test takers to make the assumption connection between eyes and human species. However, that connection is never mentioned in the passage, so is the word ‘human.’ The passage uses a very general word of ‘ organism’, not ‘human.’

Choice (A) and (B) are wrong because they do not talk about physical features. The changes of the eyes the passage talks about are all physical details. Choice (A) and (B) talk about the habitual and behavioral changes instead of the physical changes. Habitual and behavioral changes are not mentioned in the passage.

With the elimination process, you can end up choosing the correct answer (answer C) without knowing the actual vocabulary in the passage.

2) Synonym question

With the synonym, you will also be asked about an underlined word in the passage. However, the option choices are not explanations of the word but other synonyms. To answer this question fast and correctly, you do not only need to know the underlined word (like in the explanation type) but also need to know all the four option choices or at least most of them.


Example:

[2] Charles Darwin, in On the Origin of Species, suggests that the eye evolved from "an optic nerve merely coated with pigment, and without any other mechanism" to "a moderately high stage of perfection". Darwin presented intermediate grades of evolution and made suggestions that were soon shown to be correct. Since this time, modern scientists have been putting forward work on the topic of eye evolution, suggesting that the eye developed from a vertebrate patch of photoreceptors. Current research validates the theory of Darwin.

The word ‘validates’ in paragraph 2 is closest in meaning to:

  • Confirms
  • Negates
  • Contradicts
  • Questions

Step 1: Apply the negative-neutral-positive technique

If you know the underlined word ‘validates’ as well as all four answer choices, you can tell immediately that the correct answer is (A) Confirms.

If you only know a few of the vocabulary, you still have no other choice but make an educated guess to eliminate some obvious wrong choices. You’ll count on the negative-neutral-positive technique.

First, since we can tell that validate is a verb, we temporarily substitute the word with ‘do something’ or ‘have an action.’ From the sentence containing the word ‘validates’, we’ll get a sentence saying ‘current research’ does something to ‘the theory of Darwin.’ We need to know if ‘current research’ does something positive, negative or has no effect on the ‘the theory of Darwin.’ The rest of the passage mentions Darwin a few times together with his quotes and findings in very positive way, saying Darwin’s theory is paving the way for further modern research. Therefore, we know that the correct answer needs to be a positive word. So choices (B), (C), and (D) all have negative connotations. (A) is the only one that has a more positive connotation than the other options. Therefore, it is the correct choice.

Step 2: Use word parts

Finally, if step one alone is not enough to help you, one last tip for this type of question is to use word parts. When you have no idea what any of the words mean, you can still guess the words to combine with the positive/neutral/negative tip above.

1) Connection to a known word
You can try connecting the unknown word with a word you may know before. For example: if you don’t know what ‘successful’ means but you know the word ‘succeed,’ you can guess that ‘successful’ is another part of speech with the same origin with ‘ succeed.’ When you have nothing else to base your guess on, and you can think of another word that looks “similar,” go ahead and make a bold guess.

2) Prefixes and suffixes
And if you don’t know any other relatable words to the unknown word, your last resort is to base your guess on the prefixes and suffixes. The prefixes and suffixes won’t give you the meaning of the word, yet they can at least let you know whether the connotation is positive, or negative. If the word has prefixes like anti-, non-, un-, or in-, the word is likely to have a negative connotation. If the prefixes are am-, con-, ben-, etc…, the word is likely to have a positive connotation. Creating and memorizing a list of prefixes and suffixes will help you a lot in guessing vocabulary.

Detail/ Negative detail question

This question type asks you to identify specific details within the asked paragraph, not a general idea or theme from the whole reading. It is important to focus only on the paragraph and make no assumption from connections from the rest of the reading.

There are two types of questions:

  1. detail
  2. negative detail.

Detail type

Detail question asks you to choose a detail that exists in the paragraph.

Negative type

Negative detail question asks you to choose the answer choice that is not in the paragraph. Let’s look at a detail question as an example for some tips for this type of question.

Example:

Natural selection contributes to the basis of Darwin's Theory of Evolution. One of the core tenets of Darwin's theory is that more offspring are always produced for a species than can possibly survive. Yet, no two offspring are perfectly alike. As a result, through random mutation and genetic drift, over time offspring develop new traits and characteristics. Over time beneficial traits and characteristics that promote survival will be kept in the gene pool while those that harm survival will be selected against. Therefore, this natural selection ensures that a species gradually improves itself over an extended duration of time. On the other hand, as a species continues to 'improve' itself, it branches out to create entirely new species that are no longer capable of reproducing together.

Question:

According to the paragraph, what are the causes for species developing new traits and characteristics?

  • Medicine and longevity
  • Survival and selection
  • Mutation and genetic drift
  • Tenets and theory

The following 2 steps will help your success rate at answering this question correctly.

Step 1: scanning for information from the question

The keyword in the question is ‘developing new traits and characteristics.’ You need to scan for exact or similar information from the paragraph. In this example, the phrase ‘develop new traits and characteristics” appears exactly in sentence 4. After this first step, you know where in the passage to read closer.

Step 2: elimination

Reread the full question again (not just the keyword like in step one) to make sure whether the question asks for who, how, why or what. Then read a few sentences around sentence 4. In this case, it will be sentence (3), (4) and (5). After reading those sentences, you can eliminate option (A) and (D) immediately since those details are not in the sentences you just read. (B) is also not the correct answer. Even though the details in (B) are in the sentences, survival and selection are the results of ‘new traits and characteristics’ not the causes of them. After eliminating all, we can accept (C) as the correct answer.

Inference question

Inference question requires you to make logical assumptions and connections based on the information in the passage to come up with a new conclusion. In other words, inference question asks you to pick up on information that is indirectly suggested, and not directly stated in the passage. Questions of this type often contain words like ‘imply’, ‘suggest’, or ‘infer’ in the question prompt.

Example:

[1] It is believed that eyes evolved over a few million years during the Cambrian explosion, a rapid period of evolution. Prior to this era, there is no direct evidence of eyes. Eyes have a vast range of adaptations to meet the needs of the organism. They vary in visual acuity, the array of wavelength detected, sensitivity in low light, color discrimination and their capacity to identify motion.

Question:

Which of the following can be inferred from paragraph 1 about eyes before the Cambrian Explosion?

  • We can safely assume eyes existed prior to the Cambrian Explosion.
  • We can safely assume eyes did not exist prior to the Cambrian Explosion.
  • We can assume that prior to the Cambrian Explosion, eyes varied in visual acuity.
  • Prior to the Cambrian Explosion, eyes had not ability to identify motion, color or light.

Follow these steps to tackle this type of question.

Step 1: Search for keywords and look for evidence

The keywords in the question prompt are ‘before’ and ‘the Cambrian Explosion.’ Normally, in inference questions, prepositions are important. Pay close attention to the prepositions.

You need to reread the passage to find any information that refers to ‘the Cambrian Explosion.’ In this example, the first two sentences have mentioned the term. Read these two sentences closely. Then you can move on to reading the answer choices, one by one. Every time you read an option, you need to skim back at the passage to see if the option is back up by information from the text. If an option is a correct choice, you should be able to point to the section in the text that allows you to make the inference. Again, pay close attention to the prepositions. They can be tricky in this type of question.

Step 2: Eliminate wrong answers

In our example, (A) is wrong since it is the opposite of what is stated in the first two sentences of the paragraph. The sentences say that eyes evolved during the Cambrian explosion, and there is no evidence of eyes prior to this era. (C) and (D) are also wrong. Even though visual acuity and other abilities of eyes are mentioned, in the passage, those information about abilities have no connections with the Cambrian explosion. Furthermore, from the first two sentences, we can safely infer that eyes do not exist before the Cambrian explosion, so the discussion about eyes’ abilities are irrelevant. Therefore, after eliminating all wrong choices, the correct choice is answer (B).

Extra tips:

To answer this question, you need to understand all the concepts in the passage so from there, you can make further logical implications. However, you also need to be careful not to infer too much or too far from the text. All of your inferences need to be backed up directly by information from the passage. Let’s look at an example of this type of question.

One extra tip: avoid answer choices that contain extreme language, go for more modest answers. Answer choices with extreme words like ‘absolute’, ‘none’, ‘very’, etc… are often trick answers.

Negative Factual

The negative factual question is the only type of question that asks you to choose the incorrect answer. The key to this answer is the word ‘except’ that is in all CAPS at the end of every question. This question will have four answer choices like all other multiple choice questions in the TOEFL. However, there will be three correct answers and one incorrect answer, and you need to choose the incorrect one. This question may not be difficult, yet it can be very confusing. Let’s look at an example to understand this question further.

Example:

[1] Frogs are known as one of the most diverse scientific order of vertebrate species in the world. Nevertheless, they are often overlooked by humans. In fact, these carnivorous amphibians date back in fossil record to the early Triassic period in Madagascar. However, molecular dating suggests they may even date back to the Permian period over 265 million years ago. As a result, their ancient pedigree contributes to the fact that frogs can be found all over the planet—even in subarctic climates. In spite of this range of inhabitation, the majority of frog species are found in tropical rainforests where they enjoy the greatest diversity. In short, frogs are composed of a unique anatomy and have prolific reproduction habits leading to a broad population.

[2] The scientific order of Anura consists entirely of a different species of frogs. Frogs share numerous characteristics across species. They have a stout body, large protruding eyes, cleft tongues, folded limbs and no tail. Moreover, one of the more intriguing characteristics of frogs is their skin. Frogs have glandular skin which can secrete liquids and mucus. Because of these secretions a frog can simply cause its skin to taste particularly foul to a predator, or they can be highly toxic even to touch and ingest. The skin itself has a broad palette of colours. Similar to snakes, the skin colours and patterns of frogs are intended either to disguise or to ward off would-be predators. Some species have evolved colours to camouflage into their habitat and avoid predators. Conversely, other species have developed bright, vivid colours to advertise their toxicity to any hungry predators. The skin is semi permeable, which means frogs are vulnerable to severe dehydration in dry environments. This leads to their preference for tropical, damp and humid habitats.

[3] As a result of being an amphibious species, certain frogs choose different environments to lay their eggs. For example, a minority group of frog species will actually lay their eggs on land; however, the vast majorities choose to lay their eggs in water where they will hatch into tadpoles. Tadpoles are an aquatic larvae complete with tails – which disappear later - and internal gills. As tadpoles’ natural habitat is ponds and streams, they have a diet of planktivorous and herbivorous foods. As tadpoles mature into adults, their bodies develop characteristic features of frogs and consequently, they adopt a much more carnivorous diet. In addition, adult frogs are one of the more efficient converters of food into body mass. The importance of this characteristic is that frogs are an integral part of almost any ecosystem they belong to as a key nutritional source for predators. Although they are diminutive in size, they have a large impact on the dynamics of ecosystems.

[4] Frogs, like many other species, have specific breeding seasons that can trigger hormone-dependent sexual characteristics. In addition to an arsenal of vocal cords to attract mates, male frogs develop special pads on their thumbs to provide a firmer grip while mating with a female. This firm grip stimulates the female, and as a result they will release eggs to be fertilized. Sperm is ejected directly from the cloaca directly onto the eggs, typically wrapped in jelly, as the female lays them. The sexual organs -testes and ovaries - are attached to frogs’ kidneys, due to their small-sized anatomy. Fertilized eggs will later develop into tadpoles.

[5] Frogs are not only valued by humans for food, but also for their roles in literature, symbolism and religion among various cultures around the world. However, the global frog population has been in decline since the 1950s. Since the 1980s, more than 120 species have become extinct. Moreover, a third of the frog species is threatened by extinction. A major problem for the global frog population is a fungal disease known as chytridiomycosis. This emerging disease is a mystery to conservation biologists and threatens frogs around the world. The frog population may continue to decline if a solution is not found to combat this disease. Frogs are now a key focus for the conservation movement and biologists as they face many new challenges in a changing ecosystem.

Question:

According to paragraph 3, all of the following are reasons why frogs have a large impact on the dynamics of ecosystems EXCEPT

  • Frogs can covert food into body mass efficiently
  • Frogs have a carnivorous diet
  • Frogs are the key nutritional sources for predators
  • Frogs prefer to lay their eggs in water

Step 1: Read the question and the question choices

This question requires patience and carefulness. With other questions, sometimes you can read the first choice, realize it is the right one and choose it immediately. Never use that tactic with this type of question. From the example, you can see, this question asks you to choose the option that is incorrect. There is only one right answer to every question but there are three correct options, and you should not choose any of those correct options. The right answer to this question would be the only incorrect one. So you need to read the question carefully and thoroughly: both the question and all the answer options. Make sure you understand and can identify the information in as many answer options as you can. The options you need to eliminate are not only the ones that are mentioned in the passage but also answer the question asked correctly.

Step 2: Check off from the list

The right answer for this question will normally an option is contradictorily wrong with what the article states or not mentioned in the passage. So when reading through the question, if you can pick out the option that from the reading, you immediately know is correct, cross that one out. It will help you save time. If you can’t clear off all the correct options just from your knowledge, you need to look back into the passage to find direct proofs. If you don’t know for sure, do not assume anything is correct unless you can find direct proofs from the passage to support the info. Furthermore, the options you need to eliminate do not only need to be supported by the passage but also need to answer the question correctly. This is an important point that people often overlook. Remember to read the question carefully.

Some questions do not specify where in the passage you can find the information to answer the question. In that case, you need to read the whole passage to find information. However, that is not always the case. It is more likely that the question will specify what paragraph or what section you can look to find the answer. In this example, you can look into paragraph 3 to find the information you need. (A), (B) and (C) options are stated in the paragraph. Sentences that provide direct proofs to prove (A), (B), and (C) are mentioned in the text are as follows:

  • : adult frogs are one of the more efficient converters of food into body mass.
  • : they adopt a much more carnivorous diet.
  • : they belong to as a key nutritional source for predators.

You can eliminate (A), (B) and (C).

Step 3: Double check before final decision

Finally, even after you already eliminate all the three options that are mentioned in the passage, you should skim through the passage one last time to make sure the option you are about to choose is not mentioned anywhere in the article. Sometimes, the right answer to this question can be the option that has information contradict with what the passage mentions, which means the option can contain a topic that is mentioned in the paragraph but with a contradict opinion. So when reading and skimming through the passage, be careful not to be tricked by keywords. Some words in the option can be mentioned in the passage, but that does not mean the option itself is mentioned in the passage. If you see keywords that appear in both the option choice and the passage, read the sentence that contains the keyword carefully to make sure whether or not that sentence support the option choice and not answer the question correctly as well.

In this example, the correct answer is (D). (D) is correct because frogs’ preference to lay eggs in water does not have any effects on the dynamics of the ecosystem. So (D) is the answer you need to choose not because it is not mentioned but because it does not directly answer the question asked.

Organization questions

Organization or categorization is one of the two types of reading questions that you need to choose more than one answer. Similar to the summary type, organization question requires you to read and understand the whole text. However, unlike the summary type, instead of choosing major ideas and themes from the text, you need to pick out and categorize minor details. There is no limit on how many answers you can choose, but remember, not all the choices will be used. If by the end, you realize you have chosen and categorized all choices, there must be a mistake. In no occasion, all choices are correct.

Example:

[1] A tree is a perennial plant that consists of a long stem, trunk, branches and in most species, leaves. They have evolved their structure to compete for sunlight with other plants. Trees usually live for a long time, up to thousands of years old and they have existed on the planet for 370 million years. A tree has woody tissue and is surrounded by bark that protects the plant. The root of a tree anchors it in place and the branches carry leaves that capture light and process it into sugar by photosynthesis.

[2] The function of trees in our environment is invaluable. They release oxygen into our atmosphere and remove carbon dioxide, storing carbon in their own tissues. Trees prevent soil erosion by soaking up water in areas with high rainfall. In tropical rainforests and various other regions of the world, trees provide a habitat for a vast number of animal and plant species. Other functions of trees are in the provision of wood for fuel, cooking, heating, construction, paper production and fruit.

[3] The leaves of trees are formed for photosynthesis. The broad sizes and shapes of deciduous trees attract the light to be converted to energy. Coniferous trees sometime have needles which are adapted to environments with less water, such as frozen regions with a higher latitude and altitude. The thin shape of the needles and position of evergreen branches allow the leaves to shed snow. Broad-leaved trees in temperate zones of the world shed their leaves as days get shorter in the autumn and winter seasons. This is because the leaves are no longer making new chlorophyll through photosynthesis due to less light. The red and yellow pigments of the leaves’ blades become visible, causing the bright orange, red and yellow-colored autumn leaves. The synthesis of auxin - a plant hormone – also stops. Once the production of auxin ceases, the cells at the junction of the twig and the petiole of the leaf weakens and the leaf breaks off and falls on the ground. In regions of the world with more sun exposure, trees may not shed their leaves.

[4] There are several other reasons that trees shed leaves and twigs. During a drought season, trees often shed about ten percent of their leaves, thus losing less water. Another reason for leaf-fall is when vigorous trees shed excessive leaves to adjust to the summer heat. Moreover, leaves near the base of the tree are more likely to drop off due to lack of sunlight. Another cause is insect-tunnelling of leaf stalks, leaving short, fragile petioles which leads to more leaf-fall. Disease, such as Dutch elm disease or root rot, or injuries to the tree, is another source of leaf-fall. Fungus, such as leaf-spot disease, also causes increased shedding of leaves. Fungi such as anthracene and apple scab defoliate crab apple trees, sycamore, ash, white oak and maple.

[5] Squirrel activity or twig- girdling insects can also cause clusters of fallen leaves that are attached to short twigs. There are specific tree species, such as poplars, that shed twigs during moisture stress period. The end of the twig will be like a smooth curve. The metallic wood boring beetle prefers red oak and other oak trees. They lay eggs onto twigs. Once hatched, the larvae bore into twigs in a spiral fashion until there are clusters of dead leaves. The longhorn beetle is gray-brown in color. The adult beetles appear at the end of the summer. The female beetle chews the twig, girdling it and laying eggs on it. The twig then withers and dies. The new larvae thrive in the dead twig. The behaviour of these two insects could be another explanation of excessive twig fall.

Question:

Complete the table by matching the phrases below

Directions: Select the appropriate phrases from the answer choices and match them to the tree type to which they relate. Some of the answer choices will NOT be used.

Coniferous trees Deciduous trees

Answer Choices

  • Needles are shaped upward to prevent leaf-fall
  • Needles are shaped specifically to allow the shed of snow.
  • Broad leaves help to cause a faster rate of photosynthesis
  • Deciduous leaves become orange and red due to the increase of the hormone auxin
  • Deciduous trees shed more leaves in warmer climates
  • Autumn-colored trees are caused by the increase in yellow, red and orange pigments as chlorophyll drops.

I’ll give you some tips to solve this type of question. There is no logical order of steps to solve this question. You need to combine and keep these following tips in mind while choosing for correct answers.

Tip 1: Find evidence

There will normally be two or three columns with different title heads. They are the different categories. You need to make sure you understand all the categories thoroughly in order to choose correct answers.

Every correct answer needs to be backed up directly by evidence from the text. Skim through all the choices then read them again carefully one by one. After reading each one, look back at the text to look for evidence. If you find evidence that you are confident about, choose that options immediately. You’ll have time to check through them again by the end. Don’t wait till you read through everything since you may be confused about all the choices you have. Deal with them one by one.

Tip 2: Eliminate incorrect information

This seems like an obvious tip: eliminating the options with incorrect information. The point of this tip is that you eliminate the options as soon as you know it’s wrong. This question is one of the last questions for every reading. By the time you reach this question, you have already known much about the reading. If you think an answer is correct, you still should check the text for evidence. However, if you think an option is wrong, you can eliminate it without re-checking the text. Checking wrong answer takes more time than looking for evidence to back up right answers because you have to read through the whole text to make sure there is no evidence to support that choice.

The answers to this question is (B) and (C) in the coniferous trees section, and (F) is in the Deciduous trees section. There are sentences in the text that directly support the options.

(B): ‘The thin shape of the needles and position of evergreen branches allow the leaves to shed snow’ (from Paragraph 3, lines 5 and 6)

(C): ‘ Broad-leaved trees in temperate zones of the world shed their leaves as days get shorter in the autumn and winter seasons. This is because the leaves are no longer making new chlorophyll through photosynthesis due to less light ’ (from Paragraph 3, lines 6 to 8)

(F): ‘The red and yellow pigments of the leaves’ blades become visible, causing the bright orange, red and yellow-colored autumn leaves.’ (from paragraph 3, lines 8 to 10)

Paraphrase question

The paraphrase question gives you a sentence in the prompt and asks you to choose the answer choice that summarizes that sentence best. This type of question can be tricky since the answer choices are similar to each other. The trick to solving this question is to understand the keywords and dynamic in the prompt sentence. Let’s look at an example.

Example:

Which sentence is most similar to the following sentence from paragraph 4?

Question:

Taking a simple van out to the beach will give you a close encounter of a frigid degree.

  • The cold weather will cause problems for your van when you arrive at the beach.
  • Vans are the best form of beach transportation due to their ability to handle cold weather.
  • Close encounters require a newer-model van.
  • Travelling by van to the coast is one way to have a close encounter in the icy temperatures.

Step 1: Analyze the sentence

It is important to understand the relationship between ideas in the sentence. Those relationships can be: general-details, cause-effect, conditional, etc…In this example, the relationship between ideas is cause and effect. The cause is taking the van to the beach, and the effect is having a close encounter of a frigid degree. From this analysis, we can start to eliminate some answer choices that do not keep the original dynamic of the sentence in the prompt. (B) and (C) are eliminated because the ideas in the two choices do not have a cause and effect relationships.

Step 2: Paraphrase and reorganize

Ideas can be presented in many different ways with different synonyms and linking words. For example, frigid degree can also mean cold weather (in answer A) and icy temperature (in answer D). Checking the sentence in the prompt and looking for the same words or synonyms in the answer choices are good ways to make sure no important information in the prompt is left out in the choices. The answers that miss out important information are wrong. In this example, both answer A and D have all the important keywords from the prompt sentence.

Step 3: Compare and contrast

As said earlier, this type of question is tricky because the correct answer is very similar to the wrong choices. However, there are still differences between the options. In this final step, you need to compare and contrast the options and choose the one that is closer in meaning to the prompt. The difference can either be subtle or big, but remember, every difference changes the meaning of the answers. You need to be able to point out the difference to choose the correct answer. (A) and (D) are very similar to each other. Their one difference is the word problems. The word problem makes (A) having a cause and negative effect relationship, which is not the same as the prompt sentence. (D) is the correct answer.

Purpose

Purpose question asks why a detail or argument is used in the paragraph. In other words, it asks for the purpose of an idea or detail in the passage. Purpose question requires careful reading of the whole passage, not just a few details or sentences. To answer this question, you need to understand the overall purpose of the passage then figure out how the asked detail fits into the big purpose of the passage.

Example:

Charles Darwin, in On the Origin of Species, suggests that the eye evolved from "an optic nerve merely coated with pigment, and without any other mechanism" to "a moderately high stage of perfection". Darwin presented intermediate grades of evolution and made suggestions that were soon shown to be correct. Since this time, modern scientists have been putting forward work on the topic of eye evolution, suggesting that the eye developed from a vertebrate patch of photoreceptors. Current research validates the theory of Darwin.

Question:

In paragraph 2, why does the author mention Charles Darwin’s Origin of Species?

  • Because Darwin’s theory and suggestions were not correct, and later researchers proved this.
  • Because Darwin’s theory and suggestions were soon shown to be correct and validated by later researchers.
  • Because Darwin was the first researcher of eye evolution.
  • Because Darwin’s Origin of the Species is a book about the evolution of eyes.

Step 1: Understand the passage

Read the whole passage once. You don’t have to understand everything in the passage. But if you do not at least have the general idea of what the passage is about, read again more carefully. If you do understand, make sure you can answer the following questions:

  • What is the main topic or theme of the passage?
  • Is the passage opinionated or factual?
  • If it is opinionated, is the passage positive or negative?

By answering these questions, you can start to guess whether the detail you were asked in the prompt is a neutral fact, or part of an agreement or objection to the main topic. In this example, we can see that the main topic is about how positively Charles Darwin’s Origin of Species has affected modern research on eye evolution.

Step 2: Look for linking devices

Then read the question prompt and all the answer options. Keep the answer options in mind while read or skim through the passage the second time. Pay attention to words that appear both in the passage and the answer choices. Underline those words for easier comparison in the next step. In this example, those words would be ‘correct’, ‘eye evolution’, and ‘validate’ (or ‘prove’).

Often (but not always), there will be more than one answer choice that contains one of the keywords. However, the keywords, when used in some of the answer choices, are used with the wrong context compared to the text. For example, there is the word ‘correct’ in both (A) and (B). However, in the passage, the text says Charles Darwin’s theory is correct. (A) says ‘not correct’ which is directly the opposite of the text. We can eliminate (A).

Step 3: Eliminate irrelevant answers

After eliminating wrong context answers, the next step is to eliminate irrelevant answers. Irrelevant answers will contain details that are not in the passage. For example, the passage has never mentioned of Darwin as the first researcher of eyes evolution. (C) is not our answer.

(D) is also wrong. It is a bit harder to eliminate (D) than (C) since there are details in the reading that can cause the misunderstanding. However, pay close attention to the word ‘suggest’ in sentence 1. The book only suggests some details about eye evolution. In other words, whatever the book is about suggests the idea of eye evolution. The book itself is not about eye evolution. After eliminating all the irrelevant answers, we should have one correct, and relevant answer left. The answer is (B)

Reference

Reference question is the type of reading question that will take you less than twenty seconds to read both the question and all the options. However, it will also be the type of question that tricks you into confusion. You will understand clearly the question and all the choices (which do not always happen with all other question types), and you still do not know what to choose. We will show you how to effectively solve this question so you can save your precious time for other questions that require more reading.

Let’s start with an example:

In summary, the challenge for historians in understanding Sumerian civilization is that most references and information about it come from the writings of other civilizations. Even the ancient Bablyonians considered the Sumerians an old civilization by their time. Even though archaelogists are still searching for clues to unlock the history of the Sumerians, much information about these ancient people remains unknown. In conclusion, Sumer is an ancient civilization with cities at the bottom of a sea, referenced by other ancient civilizations with few tantalizing clues of their shrouded past.

Question:

The word ‘it’ in the paragraph refers to

  • Historians
  • Babylonian civilization
  • Information
  • Sumerian civilization

With our proposed 4 steps, you will answer this question not only correctly but also quickly.

1) Read only a few sentences

The key to solving this question is to not read too much. As strange as it sounds, with reference questions, the more you read, the more you may be confused. You are likely to find the correct answer within the sentence you are asked about. According to the basic rules of coherence, pronouns are used to substitute for something or someone that is mentioned right before the pronouns. So in this example, you only need to read the first sentence closely. Keep in mind that you will not use any information obtained throughout the reading that is not in the sentence you read.

2) Identify the word’s function and plurality

Next step is identifying the function of the word that is asked. In this example, you need to identify the function of ‘it’ within the sentence. You need to decide whether it is a subject or an object. In this case, ‘it’ is an object pronoun. You will only pay attention to the closest object pronoun in the sentence. Besides, since ‘it’ is a singular pronoun, you know that the answer should be a singular choice as well.

3) Eliminate wrong answers

From step 2, you know that the answer will be part of previously mentioned object pronoun and singular. Looking at the four answer choices, you can now eliminate option (A) and (B). (A) is plural, and (B) has never mentioned before ‘it.’

4) Substitute answers

Finally, if you still have more than one answer, try substituting the options for ‘it’. When you substitute answer (C) ‘ information’ into the sentence, the sentence makes no sense. Therefore, the correct answer is (D).

Sentence insertion

Sentence insertion question asks you to place a sentence in a paragraph in the text. You never can be too careful with the choices for this question. Even when you think you know the correct answer, it is a good idea to try the sentence in all the locations before settling down. The trick for this type of question is to look for as many linking devices, terms, pronouns, and connections between the sentence and the paragraph as possible.

Question

Examine the four █ in the selection below and indicate at which block the following sentence could be inserted into the passage:

These cultural considerations pre-empt the otherwise endangered status of the species.

█ [A] For the polar bears, Kaktovik has one great attraction: the bone pile. █ [B] Specifically, the bone pile left over from the annual hunt for Bowhead whales █ [C] The Bowhead whale is an endangered species, however the Inupiat are allowed a quota of three per year due to cultural considerations █ [D] The meat provided from the Bowhead whales provide enough food for the Inupiat to survive the winter.

Any coherence is important in this type of question. Coherence is the key to finding the connection between the sentence and the paragraph. Usually, the sentence will have some kinds of coherence to give you a clue about its location.

Step 1: Transitions

There can be a transition word at the beginning of the sentence to give you an idea about its relationship with the surrounding sentences like ‘ however’, ‘and’, ‘so’, ‘but’, ‘therefore’…If the transition words are ‘and’, ‘so’, ‘therefore’ or something along the line, the sentence before the prompt sentence will share the same ideas and opinions with the prompt sentence. If the transition words are ‘yet’, ‘but’, ‘however’, or some other contrast transition, the sentence previous to the prompt will be contradicting to the prompt sentence. Using transitions, we can start looking among the location options in the paragraph to find possible locations.

Step 2: Pronouns

Another coherence you can look for are pronouns in the prompt sentence: ‘they’, ‘these’, ‘those’, ‘this’,…You can look for what these pronouns refer to. The rest of the prompt sentence will give you hints. In this example, right after ‘these’ is ‘cultural considerations.’ It means the cultural considerations are mentioned right before the prompt sentence. In this example, we can tell the correct answer is (D).

Extra tip: General/Specific details

In other cases where the two steps alone is not enough to figure out the correct answer. An extra tip is to look for the details in the prompt sentence. In this type of question, if the prompt sentence depicts many specific details, look for sentences in the paragraph that shares the same topic with the prompt sentence but more general, and vice versa. Ideas in the paragraph are often written in a ‘general to specific’ formula. Use this rule to look for locations that the prompt sentence can fit in.

Summary questions

The summary question is one of the two question types that are not the usual one answer multiple choice. The summary question requires you to choose three correct answers, not just one. It is also important to know that in this question, sometimes there are more than three correct answers, so you don’t just choose the correct ones, you need to choose the three best ones.

To choose the best answers, you need to read the whole text and understand it. This question type is normally one of the last questions for every text. Answering other questions, by the time you see the summary question, you already have a good understanding of the whole text. What you need to do to choose correct answers is the careful selection. Let’s look at a text for an example.

Example:

[1] The Sumerian civilization existed centuries before Alexander the Great conquered swathes of land around the Mediterranean and Middle East and long before the Roman Empire became known as the greatest power of ancient times. The Sumerian civilization remains an enigmatic mystery that continues to baffle historians worldwide. It was possibly the first urban civilization established in the historical region of southern Mesopotamia. Sumer itself rose on the flood plain in the lower region of the Tigris and Euphrates rivers, an area called the 'cradle of civilization'. The Sumerians emerged around 4000 B.C.E. and were organized together as city-states. Some of the important Sumerian city states were on land that has since been absorbed by the Persian Gulf. In fact, it is in the Persian Gulf itself that many historians believe the key to the origins of the Sumerian civilization lies.

[2] One of the greatest mysteries is the exact origin of the Sumerians. Many historians and archaeologists disagree on where the Sumerians' homeland was. Ancient Sumerian literature gives reference to their homeland being a place called 'Dilmun', the location of which remains obscure. The Sumerian language is an agglutinating language—one that forms words by adding affixes to the word's core meaning. Other agglutinating languages include Turkish, Hungarian, Finnish, and Inuit. However, neighbouring languages to Sumer share little of its morphology. In addition, numerous animal-deities in the Sumerian pantheon suggest a pastoral history, but do not indicate a location of origin. Historians generally conclude that Dilmun is most likely an island in the Persian Gulf, perhaps the modern country of Bahrain. Until now, no ruins have been found to link the ancient Sumerians to any island in the Persian Gulf. These types of ruins are pivotal in proving the ancestral home of the Sumerians. Therefore, without any ruins, the Sumerian homeland remains unknown.

[3] Sumerian culture centred around a priesthood and temple life. City-states were organized around the temple and non-priests were either craftsmen or peasants that devoted their work and lives to appeasing the gods. Disasters, droughts and calamities were blamed on a local deity being overpowered by other gods acting together. As a result, the priesthood maintained its power and control over the Sumerian day-to-day life. Finally, the other castes within Sumerian city-states were the warriors charged with defending the city. Over time, the warriors became more prestigious and powerful within Sumer as the grip of the clergy began to erode. As a consequence, Sumer gradually shifted toward a more warrior-led civilization.

[4] Between 4000 and 2000 B.C.E. Semitic immigrants regularly moved into Sumerian territory, slowly inundating Sumer. By 2000 B.C.E., Sumerian city-states were forced to form defensive alliances as the warriors became more powerful. The image of the priesthood was undermined as they were forced to make alliances. Moreover, the increasing importance of warriors instigated a power shift in the Sumerian civilization which led to the existence of its first King. Finally, in around 2000 B.C.E. King Sargon of Akkad conquered the Sumerians in the creation of the world's first multi-ethnic empire. The Akkadian Empire is also considered as the first civilization built upon the shared characteristics of the Sumerians. In fact, the lost Akkadian city was rumored to have been built by Sumerian craftsmen.

[5] In summary, the challenge for historians in understanding Sumerian civilization is that most references and information about it come from the writings of other civilizations. Even the ancient Bablyonians considered the Sumerians an old civilization by their time. Even though archaelogists are still searching for clues to unlock the history of the Sumerians, much information about these ancient people remains unknown. In conclusion, Sumer is an ancient civilization with cities at the bottom of a sea, referenced by other ancient civilizations with few tantalizing clues of their shrouded past.

Directions: An introductory sentence for a brief summary of the passage is provided below. Complete the summary by selecting the THREE answer choices that express the most important ideas in the passage. Some sentences do not belong in the summary because they express ideas that are not presented in the passage or are minor ideas in the passage. This question is worth 2 points.

Question:

The Sumerian civilization was one of the first and most developed civilizations of the ancient world, considered old even by its other contemporary civilizations.

  • Alexander the Great was the first ruler to conquer Sumer.
  • The Sumerian language closely reflected many of its neighboring languages.
  • Sumer emerged between the Tigris and Euphrates rivers-called the ‘cradle of civilization.’
  • Information about the Sumerians is hard to find as the majority of historical references come from other contemporary civilizations.
  • The location of the Sumerians’ homeland, Dilmun, remains a mystery.
  • The priesthood caused the downfall of the Sumerian civilization.

Step 1: Eliminate the wrong answers

This step is important, and it can be the only step needed for this type of question. Eliminate the answer options that present incorrect information or do not include correct information. In other words, you eliminate the wrong choices and the irrelevant options. Read through all the options and mark the ones that you can immediately realize that is wrong or correct. If you understand the text, after carefully reading the options, you can pick out the wrong answers and right answers. In this example, the correct answers are (C), (D), and (E). There are sentences in the text that directly support these answers. Those sentences are as following:
(C): ‘Sumer itself rose on the flood plain in the lower region of the Tigris and Euphrates rivers

(D): ‘ The challenge for historians in understanding Sumerian civilization is that most references and information about it come from the writings of other civilizations

(E): ‘…without any ruins, the Sumerian homeland remains unknown.

If you can’t decide whether or not the option is correct, leave them and come back later. You can only choose three options. Choose the three best ones. Even if there are options that you are not sure about, and you find three options that you are confident that are correct already, you can go with those three answers.

Step 2: Eliminate minor details

This second step is optional. Sometimes you need this step; sometimes you don’t. In the direction section in the prompt, there is an understated point saying that the wrong answers are not only the one with incorrect information but also the one with ‘minor details in the passage.’ An option including correct information is not enough; those information needs to be important and major in the text. Eliminate options that are too detail specific. Ask yourself if you do not know all the details in that option, will the main idea of the text change? If the answer is no, then it’s an option that contains only minor details. Eliminate it and move on.

 
Keywords In The Practice
No Vocabulary Linked To Practice
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This task measures your ability to process written texts for meaning and form. You will be given one short 70–100 word long academic paragraph. In the paragraph, there will be 10 words with missing letters. You will complete the missing letters for each word.

Each correctly spelled word is worth 1 point. There are no part marks.

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Fill in the missing letters in the paragraph
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TOEFL reading LessonsCompleted: 0 / 73
Tips to improve your reading speed
To get a high score on the TOEFL reading section, you need to have a fast reading speed. To have a fast reading speed, you need to improve your vocabulary and practice dissecting sentences. One strategy to dissect a sentence is to look for the subject and verb of the sentence. Finding the subject and verb will help you better understand the main idea of said sentence. Keep in mind, a common feature of a TOEFL reading passage is to join strings of ideas to form long compound sentences. This produces large chunks that students have a hard time absorbing. Do not get overwhelmed by its length, just look for the subject and verb, the rest of the ideas will flow.

Keep in mind, having a slow reading speed makes skimming or scanning a reading passage more difficult. The process of quickly skimming through a reading passage for specific keywords or main ideas is a requirement for you to employ successful reading strategies to improve your TOEFL reading score. In other words, skimming is a critical skill to ensure you complete all questions in the allotted time frame.
TOEFL Reading Strategies
Once you can read and comprehend a passage with a rate of, at least, 220 words per minute, you'll be ready to start implementing our strategies. All too often, students spend too much time reading the passages and not enough time answering the questions. Here is a step by step guide for tackling the reading section.

1.Skim through the entire reading passage and get a rough idea of what the reading passage is about.

2.Read the question and start scanning the paragraph for related words or keywords from the question. (Most questions will tell you which paragraph the question is referring too.)

3.Quickly read the sentence with the related keywords and the sentences surrounding it to find the answer.

4.Can't find the answer? Skip this question and come back later. There are at least 3 reading passages each with 14 questions. Complete all the questions that do not require you to thoroughly read the passages. Once done, go back to each skipped question and now read the passage carefully keeping note how much time and questions you have left.
TOEFL Reading Question Types

The TOEFL reading test contains 10 different question types:

VocabularyLesson: Vocabulary Question
ReferenceLesson: Reference Question
Essential InformationLesson: Essential Information Question
InferenceLesson: Inference Question
Sentence InsertionLesson: Sentence Insertion Question
PurposeLesson: Purpose Question
DetailLesson: Detail Question
Negative FactualLesson: Negative Factual Question
Complete the SummaryLesson: Complete the Summary Question
Complete the TableLesson: Complete the Table Question

Improve Your Reading Speed

Time is critical during the reading test. Being able to read and "UNDERSTAND" each passage quickly will seriously help you score higher in the reading test.

The reading test consists of 3 - 4 passages and 36 - 56 questions. The time allotted for the reading test depends on how many questions you must answer. 80 minutes is the max amount of time given.

Let's do the math on the following max case scenario:

Reading Test Details

  • 56 questions
  • 4 passages
  • 80 minutes

Let's say you were able to read each passage in 0 seconds. That's right, 0 seconds.

80 minutes / 56 question = 85 seconds or 1.25 minutes

Without reading the passages, you only have 1.25 minutes per question and some of the questions are tough and will need maybe 2 - 3 minutes to complete.

I hope you are beginning to understand how important reading speed is to succeed at the TOEFL reading test.

Now, we will take into account time to read the passage. Let's say it takes you around 8 minutes to read each passage. That will only leave you with 48 minutes to answer 56 questions.

Therefore:
48 minutes / 56 question = 51 seconds per question.

51 seconds is not enough time!

However, after some training, you should be able to read each passage in less than 4 minutes. Reading the passage in less than 4 minutes will give you a considerable advantage and allow you to score higher.

Below are some training techniques you can use to improve your reading speed.

  1. Time yourself when you study for the test and note how long it takes you to go through a given passage. You will likely notice that you slow down when your level of comprehension drops down, and that’s normal! When you understand less, you need to slow down and read more carefully.
  2. Everyone reads at a different pace. Your task is to make your reading pace slightly faster for the very specific test-taking situation, so you can switch gears and go into full-speed mode if you need to.
  3. Apart from studying TOEFL-style academic passages, be sure to read other English language material as well. Read English literature, newspapers and magazines—reading a variety of English writing styles will help improve your reading speed.

Work on Your Comprehension Speed

Once you have worked on your reading speed and can finish a passage in in under 4 minutes (4 minutes is the preferred time for success), you are ready for the next step.

Now you need to teach yourself to remain calm and avoid stressing out when you encounter an unfamiliar word.

The reading section is full of unfamiliar challenging words, but don't worry, because they add them on purpose to test you. They want to test your ability to understand complex words by how they are used in the passage and do not expect you to look up each complex word in a dictionary..

Now that you are relaxed when facing the unknown word, here is what you do next...

IGNORE IT AND SKIP IT!

Simply continue reading the passage. By the end, you will have a better understand of what the word could mean.

The most important thing is to stay relaxed, not stress out, and maintain your 4 minute pace.

Learn TOEFL Vocabulary

To be clear, we are not contradicting our last tip about ignoring unfamiliar words. In fact, we expect you to read through the entire passage and try to understand the words on your own, before looking up the words for yourself.

Although we have a list of vocabularies already created for you, we also recommend having an English-to-English dictionary at your disposal for a couple reasons:

One, you can bring it with you everywhere you go and look up words you do not know.
Two, using a dictionary will allow you to familiarize yourself with synonyms (similar words) and antonyms (opposite words(.

NOTE:
Synonyms and antonyms are extremely useful for the TOEFL.

Don't get stuck. Keep Moving!

We have already talked about managing your time via improving your reading speed and ignoring unfamiliar words.

I guess you have started noticing a pattern in these tips... TIME MANAGEMENT IS CRITICAL!

Never get stuck. Keep moving until the end. The reading test allows you to go back to previous answers quickly. (Take a look at our TOEFL Simulated Reading Test for a better understanding of how you can quickly navigate through the reading test questions.)

Finish all the questions you know, then go back and finish the tougher questions. The worst thing you can do is get stuck on a tough question and maybe get 1 point for figuring it out, but end up losing out on 3 or more points of potentially easy questions because you ran out of time.

Vocabulary Question

Vocabulary questions are often very straight forward. One or two words are underlined in the passage. The multiple choice question will ask you to choose an option that is closest in meaning to the underlined word. There are a few tips to help with a vocabulary question. However, it is important to keep in mind that there is no exact way to get around this question besides having as many vocabulary memorized as possible.

Within this type of questions, they are two smaller types:

  1. the explanation
  2. the synonym

1) Explanation question

This is the easier type of vocabulary question between the two. The question will ask you to choose the option that explains the underlined word the most accurate. You have a high chance of knowing the answer if you know the underlined word in the paragraph. Let’s look at an example.

Example:

[1] It is believed that eyes evolved over a few million years during the Cambrian explosion, a rapid period of evolution. Prior to this era, there is no direct evidence of eyes. Eyes have a vast range of adaptations to meet the needs of the organism. They vary in visual acuity, the array of wavelength detected, sensitivity in low light, color discrimination and their capacity to identify motion.

Question:

The word ‘evolution’ in paragraph 1 is closest in meaning to:

  • Progress
  • Change in habits and behavior
  • Change in heritable traits
  • Development of the human species

Step 1: Substitute

If you know what the word ‘evolution’ means, then the answer is clear. It’s (C) Change in heritable traits.

If you don’t know what the word means, you need to make an educational guess to wiggle out of this question. Your guess needs to base on the information in the passage. You have to be careful since the answer choices are usually very close to each other in meaning.

You can substitute the answer choices for the underlined word, then reread the sentence to see if the substitutions make sense with the rest of the passage. This way, you can recognize some wrong choices.

Step 2: Eliminate wrong choices

The elimination process can be difficult in this situation since the choices are close in meaning. To do the elimination process correctly, you need to make sure to always focus closely on the topic that being discussed in the passage and make no assumption.

Choice (D) is wrong since it only mentions the human species. It is easy for test takers to make the assumption connection between eyes and human species. However, that connection is never mentioned in the passage, so is the word ‘human.’ The passage uses a very general word of ‘ organism’, not ‘human.’

Choice (A) and (B) are wrong because they do not talk about physical features. The changes of the eyes the passage talks about are all physical details. Choice (A) and (B) talk about the habitual and behavioral changes instead of the physical changes. Habitual and behavioral changes are not mentioned in the passage.

With the elimination process, you can end up choosing the correct answer (answer C) without knowing the actual vocabulary in the passage.

2) Synonym question

With the synonym, you will also be asked about an underlined word in the passage. However, the option choices are not explanations of the word but other synonyms. To answer this question fast and correctly, you do not only need to know the underlined word (like in the explanation type) but also need to know all the four option choices or at least most of them.


Example:

[2] Charles Darwin, in On the Origin of Species, suggests that the eye evolved from "an optic nerve merely coated with pigment, and without any other mechanism" to "a moderately high stage of perfection". Darwin presented intermediate grades of evolution and made suggestions that were soon shown to be correct. Since this time, modern scientists have been putting forward work on the topic of eye evolution, suggesting that the eye developed from a vertebrate patch of photoreceptors. Current research validates the theory of Darwin.

The word ‘validates’ in paragraph 2 is closest in meaning to:

  • Confirms
  • Negates
  • Contradicts
  • Questions

Step 1: Apply the negative-neutral-positive technique

If you know the underlined word ‘validates’ as well as all four answer choices, you can tell immediately that the correct answer is (A) Confirms.

If you only know a few of the vocabulary, you still have no other choice but make an educated guess to eliminate some obvious wrong choices. You’ll count on the negative-neutral-positive technique.

First, since we can tell that validate is a verb, we temporarily substitute the word with ‘do something’ or ‘have an action.’ From the sentence containing the word ‘validates’, we’ll get a sentence saying ‘current research’ does something to ‘the theory of Darwin.’ We need to know if ‘current research’ does something positive, negative or has no effect on the ‘the theory of Darwin.’ The rest of the passage mentions Darwin a few times together with his quotes and findings in very positive way, saying Darwin’s theory is paving the way for further modern research. Therefore, we know that the correct answer needs to be a positive word. So choices (B), (C), and (D) all have negative connotations. (A) is the only one that has a more positive connotation than the other options. Therefore, it is the correct choice.

Step 2: Use word parts

Finally, if step one alone is not enough to help you, one last tip for this type of question is to use word parts. When you have no idea what any of the words mean, you can still guess the words to combine with the positive/neutral/negative tip above.

1) Connection to a known word
You can try connecting the unknown word with a word you may know before. For example: if you don’t know what ‘successful’ means but you know the word ‘succeed,’ you can guess that ‘successful’ is another part of speech with the same origin with ‘ succeed.’ When you have nothing else to base your guess on, and you can think of another word that looks “similar,” go ahead and make a bold guess.

2) Prefixes and suffixes
And if you don’t know any other relatable words to the unknown word, your last resort is to base your guess on the prefixes and suffixes. The prefixes and suffixes won’t give you the meaning of the word, yet they can at least let you know whether the connotation is positive, or negative. If the word has prefixes like anti-, non-, un-, or in-, the word is likely to have a negative connotation. If the prefixes are am-, con-, ben-, etc…, the word is likely to have a positive connotation. Creating and memorizing a list of prefixes and suffixes will help you a lot in guessing vocabulary.

Detail/ Negative detail question

This question type asks you to identify specific details within the asked paragraph, not a general idea or theme from the whole reading. It is important to focus only on the paragraph and make no assumption from connections from the rest of the reading.

There are two types of questions:

  1. detail
  2. negative detail.

Detail type

Detail question asks you to choose a detail that exists in the paragraph.

Negative type

Negative detail question asks you to choose the answer choice that is not in the paragraph. Let’s look at a detail question as an example for some tips for this type of question.

Example:

Natural selection contributes to the basis of Darwin's Theory of Evolution. One of the core tenets of Darwin's theory is that more offspring are always produced for a species than can possibly survive. Yet, no two offspring are perfectly alike. As a result, through random mutation and genetic drift, over time offspring develop new traits and characteristics. Over time beneficial traits and characteristics that promote survival will be kept in the gene pool while those that harm survival will be selected against. Therefore, this natural selection ensures that a species gradually improves itself over an extended duration of time. On the other hand, as a species continues to 'improve' itself, it branches out to create entirely new species that are no longer capable of reproducing together.

Question:

According to the paragraph, what are the causes for species developing new traits and characteristics?

  • Medicine and longevity
  • Survival and selection
  • Mutation and genetic drift
  • Tenets and theory

The following 2 steps will help your success rate at answering this question correctly.

Step 1: scanning for information from the question

The keyword in the question is ‘developing new traits and characteristics.’ You need to scan for exact or similar information from the paragraph. In this example, the phrase ‘develop new traits and characteristics” appears exactly in sentence 4. After this first step, you know where in the passage to read closer.

Step 2: elimination

Reread the full question again (not just the keyword like in step one) to make sure whether the question asks for who, how, why or what. Then read a few sentences around sentence 4. In this case, it will be sentence (3), (4) and (5). After reading those sentences, you can eliminate option (A) and (D) immediately since those details are not in the sentences you just read. (B) is also not the correct answer. Even though the details in (B) are in the sentences, survival and selection are the results of ‘new traits and characteristics’ not the causes of them. After eliminating all, we can accept (C) as the correct answer.

Inference question

Inference question requires you to make logical assumptions and connections based on the information in the passage to come up with a new conclusion. In other words, inference question asks you to pick up on information that is indirectly suggested, and not directly stated in the passage. Questions of this type often contain words like ‘imply’, ‘suggest’, or ‘infer’ in the question prompt.

Example:

[1] It is believed that eyes evolved over a few million years during the Cambrian explosion, a rapid period of evolution. Prior to this era, there is no direct evidence of eyes. Eyes have a vast range of adaptations to meet the needs of the organism. They vary in visual acuity, the array of wavelength detected, sensitivity in low light, color discrimination and their capacity to identify motion.

Question:

Which of the following can be inferred from paragraph 1 about eyes before the Cambrian Explosion?

  • We can safely assume eyes existed prior to the Cambrian Explosion.
  • We can safely assume eyes did not exist prior to the Cambrian Explosion.
  • We can assume that prior to the Cambrian Explosion, eyes varied in visual acuity.
  • Prior to the Cambrian Explosion, eyes had not ability to identify motion, color or light.

Follow these steps to tackle this type of question.

Step 1: Search for keywords and look for evidence

The keywords in the question prompt are ‘before’ and ‘the Cambrian Explosion.’ Normally, in inference questions, prepositions are important. Pay close attention to the prepositions.

You need to reread the passage to find any information that refers to ‘the Cambrian Explosion.’ In this example, the first two sentences have mentioned the term. Read these two sentences closely. Then you can move on to reading the answer choices, one by one. Every time you read an option, you need to skim back at the passage to see if the option is back up by information from the text. If an option is a correct choice, you should be able to point to the section in the text that allows you to make the inference. Again, pay close attention to the prepositions. They can be tricky in this type of question.

Step 2: Eliminate wrong answers

In our example, (A) is wrong since it is the opposite of what is stated in the first two sentences of the paragraph. The sentences say that eyes evolved during the Cambrian explosion, and there is no evidence of eyes prior to this era. (C) and (D) are also wrong. Even though visual acuity and other abilities of eyes are mentioned, in the passage, those information about abilities have no connections with the Cambrian explosion. Furthermore, from the first two sentences, we can safely infer that eyes do not exist before the Cambrian explosion, so the discussion about eyes’ abilities are irrelevant. Therefore, after eliminating all wrong choices, the correct choice is answer (B).

Extra tips:

To answer this question, you need to understand all the concepts in the passage so from there, you can make further logical implications. However, you also need to be careful not to infer too much or too far from the text. All of your inferences need to be backed up directly by information from the passage. Let’s look at an example of this type of question.

One extra tip: avoid answer choices that contain extreme language, go for more modest answers. Answer choices with extreme words like ‘absolute’, ‘none’, ‘very’, etc… are often trick answers.

Negative Factual

The negative factual question is the only type of question that asks you to choose the incorrect answer. The key to this answer is the word ‘except’ that is in all CAPS at the end of every question. This question will have four answer choices like all other multiple choice questions in the TOEFL. However, there will be three correct answers and one incorrect answer, and you need to choose the incorrect one. This question may not be difficult, yet it can be very confusing. Let’s look at an example to understand this question further.

Example:

[1] Frogs are known as one of the most diverse scientific order of vertebrate species in the world. Nevertheless, they are often overlooked by humans. In fact, these carnivorous amphibians date back in fossil record to the early Triassic period in Madagascar. However, molecular dating suggests they may even date back to the Permian period over 265 million years ago. As a result, their ancient pedigree contributes to the fact that frogs can be found all over the planet—even in subarctic climates. In spite of this range of inhabitation, the majority of frog species are found in tropical rainforests where they enjoy the greatest diversity. In short, frogs are composed of a unique anatomy and have prolific reproduction habits leading to a broad population.

[2] The scientific order of Anura consists entirely of a different species of frogs. Frogs share numerous characteristics across species. They have a stout body, large protruding eyes, cleft tongues, folded limbs and no tail. Moreover, one of the more intriguing characteristics of frogs is their skin. Frogs have glandular skin which can secrete liquids and mucus. Because of these secretions a frog can simply cause its skin to taste particularly foul to a predator, or they can be highly toxic even to touch and ingest. The skin itself has a broad palette of colours. Similar to snakes, the skin colours and patterns of frogs are intended either to disguise or to ward off would-be predators. Some species have evolved colours to camouflage into their habitat and avoid predators. Conversely, other species have developed bright, vivid colours to advertise their toxicity to any hungry predators. The skin is semi permeable, which means frogs are vulnerable to severe dehydration in dry environments. This leads to their preference for tropical, damp and humid habitats.

[3] As a result of being an amphibious species, certain frogs choose different environments to lay their eggs. For example, a minority group of frog species will actually lay their eggs on land; however, the vast majorities choose to lay their eggs in water where they will hatch into tadpoles. Tadpoles are an aquatic larvae complete with tails – which disappear later - and internal gills. As tadpoles’ natural habitat is ponds and streams, they have a diet of planktivorous and herbivorous foods. As tadpoles mature into adults, their bodies develop characteristic features of frogs and consequently, they adopt a much more carnivorous diet. In addition, adult frogs are one of the more efficient converters of food into body mass. The importance of this characteristic is that frogs are an integral part of almost any ecosystem they belong to as a key nutritional source for predators. Although they are diminutive in size, they have a large impact on the dynamics of ecosystems.

[4] Frogs, like many other species, have specific breeding seasons that can trigger hormone-dependent sexual characteristics. In addition to an arsenal of vocal cords to attract mates, male frogs develop special pads on their thumbs to provide a firmer grip while mating with a female. This firm grip stimulates the female, and as a result they will release eggs to be fertilized. Sperm is ejected directly from the cloaca directly onto the eggs, typically wrapped in jelly, as the female lays them. The sexual organs -testes and ovaries - are attached to frogs’ kidneys, due to their small-sized anatomy. Fertilized eggs will later develop into tadpoles.

[5] Frogs are not only valued by humans for food, but also for their roles in literature, symbolism and religion among various cultures around the world. However, the global frog population has been in decline since the 1950s. Since the 1980s, more than 120 species have become extinct. Moreover, a third of the frog species is threatened by extinction. A major problem for the global frog population is a fungal disease known as chytridiomycosis. This emerging disease is a mystery to conservation biologists and threatens frogs around the world. The frog population may continue to decline if a solution is not found to combat this disease. Frogs are now a key focus for the conservation movement and biologists as they face many new challenges in a changing ecosystem.

Question:

According to paragraph 3, all of the following are reasons why frogs have a large impact on the dynamics of ecosystems EXCEPT

  • Frogs can covert food into body mass efficiently
  • Frogs have a carnivorous diet
  • Frogs are the key nutritional sources for predators
  • Frogs prefer to lay their eggs in water

Step 1: Read the question and the question choices

This question requires patience and carefulness. With other questions, sometimes you can read the first choice, realize it is the right one and choose it immediately. Never use that tactic with this type of question. From the example, you can see, this question asks you to choose the option that is incorrect. There is only one right answer to every question but there are three correct options, and you should not choose any of those correct options. The right answer to this question would be the only incorrect one. So you need to read the question carefully and thoroughly: both the question and all the answer options. Make sure you understand and can identify the information in as many answer options as you can. The options you need to eliminate are not only the ones that are mentioned in the passage but also answer the question asked correctly.

Step 2: Check off from the list

The right answer for this question will normally an option is contradictorily wrong with what the article states or not mentioned in the passage. So when reading through the question, if you can pick out the option that from the reading, you immediately know is correct, cross that one out. It will help you save time. If you can’t clear off all the correct options just from your knowledge, you need to look back into the passage to find direct proofs. If you don’t know for sure, do not assume anything is correct unless you can find direct proofs from the passage to support the info. Furthermore, the options you need to eliminate do not only need to be supported by the passage but also need to answer the question correctly. This is an important point that people often overlook. Remember to read the question carefully.

Some questions do not specify where in the passage you can find the information to answer the question. In that case, you need to read the whole passage to find information. However, that is not always the case. It is more likely that the question will specify what paragraph or what section you can look to find the answer. In this example, you can look into paragraph 3 to find the information you need. (A), (B) and (C) options are stated in the paragraph. Sentences that provide direct proofs to prove (A), (B), and (C) are mentioned in the text are as follows:

  • : adult frogs are one of the more efficient converters of food into body mass.
  • : they adopt a much more carnivorous diet.
  • : they belong to as a key nutritional source for predators.

You can eliminate (A), (B) and (C).

Step 3: Double check before final decision

Finally, even after you already eliminate all the three options that are mentioned in the passage, you should skim through the passage one last time to make sure the option you are about to choose is not mentioned anywhere in the article. Sometimes, the right answer to this question can be the option that has information contradict with what the passage mentions, which means the option can contain a topic that is mentioned in the paragraph but with a contradict opinion. So when reading and skimming through the passage, be careful not to be tricked by keywords. Some words in the option can be mentioned in the passage, but that does not mean the option itself is mentioned in the passage. If you see keywords that appear in both the option choice and the passage, read the sentence that contains the keyword carefully to make sure whether or not that sentence support the option choice and not answer the question correctly as well.

In this example, the correct answer is (D). (D) is correct because frogs’ preference to lay eggs in water does not have any effects on the dynamics of the ecosystem. So (D) is the answer you need to choose not because it is not mentioned but because it does not directly answer the question asked.

Organization questions

Organization or categorization is one of the two types of reading questions that you need to choose more than one answer. Similar to the summary type, organization question requires you to read and understand the whole text. However, unlike the summary type, instead of choosing major ideas and themes from the text, you need to pick out and categorize minor details. There is no limit on how many answers you can choose, but remember, not all the choices will be used. If by the end, you realize you have chosen and categorized all choices, there must be a mistake. In no occasion, all choices are correct.

Example:

[1] A tree is a perennial plant that consists of a long stem, trunk, branches and in most species, leaves. They have evolved their structure to compete for sunlight with other plants. Trees usually live for a long time, up to thousands of years old and they have existed on the planet for 370 million years. A tree has woody tissue and is surrounded by bark that protects the plant. The root of a tree anchors it in place and the branches carry leaves that capture light and process it into sugar by photosynthesis.

[2] The function of trees in our environment is invaluable. They release oxygen into our atmosphere and remove carbon dioxide, storing carbon in their own tissues. Trees prevent soil erosion by soaking up water in areas with high rainfall. In tropical rainforests and various other regions of the world, trees provide a habitat for a vast number of animal and plant species. Other functions of trees are in the provision of wood for fuel, cooking, heating, construction, paper production and fruit.

[3] The leaves of trees are formed for photosynthesis. The broad sizes and shapes of deciduous trees attract the light to be converted to energy. Coniferous trees sometime have needles which are adapted to environments with less water, such as frozen regions with a higher latitude and altitude. The thin shape of the needles and position of evergreen branches allow the leaves to shed snow. Broad-leaved trees in temperate zones of the world shed their leaves as days get shorter in the autumn and winter seasons. This is because the leaves are no longer making new chlorophyll through photosynthesis due to less light. The red and yellow pigments of the leaves’ blades become visible, causing the bright orange, red and yellow-colored autumn leaves. The synthesis of auxin - a plant hormone – also stops. Once the production of auxin ceases, the cells at the junction of the twig and the petiole of the leaf weakens and the leaf breaks off and falls on the ground. In regions of the world with more sun exposure, trees may not shed their leaves.

[4] There are several other reasons that trees shed leaves and twigs. During a drought season, trees often shed about ten percent of their leaves, thus losing less water. Another reason for leaf-fall is when vigorous trees shed excessive leaves to adjust to the summer heat. Moreover, leaves near the base of the tree are more likely to drop off due to lack of sunlight. Another cause is insect-tunnelling of leaf stalks, leaving short, fragile petioles which leads to more leaf-fall. Disease, such as Dutch elm disease or root rot, or injuries to the tree, is another source of leaf-fall. Fungus, such as leaf-spot disease, also causes increased shedding of leaves. Fungi such as anthracene and apple scab defoliate crab apple trees, sycamore, ash, white oak and maple.

[5] Squirrel activity or twig- girdling insects can also cause clusters of fallen leaves that are attached to short twigs. There are specific tree species, such as poplars, that shed twigs during moisture stress period. The end of the twig will be like a smooth curve. The metallic wood boring beetle prefers red oak and other oak trees. They lay eggs onto twigs. Once hatched, the larvae bore into twigs in a spiral fashion until there are clusters of dead leaves. The longhorn beetle is gray-brown in color. The adult beetles appear at the end of the summer. The female beetle chews the twig, girdling it and laying eggs on it. The twig then withers and dies. The new larvae thrive in the dead twig. The behaviour of these two insects could be another explanation of excessive twig fall.

Question:

Complete the table by matching the phrases below

Directions: Select the appropriate phrases from the answer choices and match them to the tree type to which they relate. Some of the answer choices will NOT be used.

Coniferous trees Deciduous trees

Answer Choices

  • Needles are shaped upward to prevent leaf-fall
  • Needles are shaped specifically to allow the shed of snow.
  • Broad leaves help to cause a faster rate of photosynthesis
  • Deciduous leaves become orange and red due to the increase of the hormone auxin
  • Deciduous trees shed more leaves in warmer climates
  • Autumn-colored trees are caused by the increase in yellow, red and orange pigments as chlorophyll drops.

I’ll give you some tips to solve this type of question. There is no logical order of steps to solve this question. You need to combine and keep these following tips in mind while choosing for correct answers.

Tip 1: Find evidence

There will normally be two or three columns with different title heads. They are the different categories. You need to make sure you understand all the categories thoroughly in order to choose correct answers.

Every correct answer needs to be backed up directly by evidence from the text. Skim through all the choices then read them again carefully one by one. After reading each one, look back at the text to look for evidence. If you find evidence that you are confident about, choose that options immediately. You’ll have time to check through them again by the end. Don’t wait till you read through everything since you may be confused about all the choices you have. Deal with them one by one.

Tip 2: Eliminate incorrect information

This seems like an obvious tip: eliminating the options with incorrect information. The point of this tip is that you eliminate the options as soon as you know it’s wrong. This question is one of the last questions for every reading. By the time you reach this question, you have already known much about the reading. If you think an answer is correct, you still should check the text for evidence. However, if you think an option is wrong, you can eliminate it without re-checking the text. Checking wrong answer takes more time than looking for evidence to back up right answers because you have to read through the whole text to make sure there is no evidence to support that choice.

The answers to this question is (B) and (C) in the coniferous trees section, and (F) is in the Deciduous trees section. There are sentences in the text that directly support the options.

(B): ‘The thin shape of the needles and position of evergreen branches allow the leaves to shed snow’ (from Paragraph 3, lines 5 and 6)

(C): ‘ Broad-leaved trees in temperate zones of the world shed their leaves as days get shorter in the autumn and winter seasons. This is because the leaves are no longer making new chlorophyll through photosynthesis due to less light ’ (from Paragraph 3, lines 6 to 8)

(F): ‘The red and yellow pigments of the leaves’ blades become visible, causing the bright orange, red and yellow-colored autumn leaves.’ (from paragraph 3, lines 8 to 10)

Paraphrase question

The paraphrase question gives you a sentence in the prompt and asks you to choose the answer choice that summarizes that sentence best. This type of question can be tricky since the answer choices are similar to each other. The trick to solving this question is to understand the keywords and dynamic in the prompt sentence. Let’s look at an example.

Example:

Which sentence is most similar to the following sentence from paragraph 4?

Question:

Taking a simple van out to the beach will give you a close encounter of a frigid degree.

  • The cold weather will cause problems for your van when you arrive at the beach.
  • Vans are the best form of beach transportation due to their ability to handle cold weather.
  • Close encounters require a newer-model van.
  • Travelling by van to the coast is one way to have a close encounter in the icy temperatures.

Step 1: Analyze the sentence

It is important to understand the relationship between ideas in the sentence. Those relationships can be: general-details, cause-effect, conditional, etc…In this example, the relationship between ideas is cause and effect. The cause is taking the van to the beach, and the effect is having a close encounter of a frigid degree. From this analysis, we can start to eliminate some answer choices that do not keep the original dynamic of the sentence in the prompt. (B) and (C) are eliminated because the ideas in the two choices do not have a cause and effect relationships.

Step 2: Paraphrase and reorganize

Ideas can be presented in many different ways with different synonyms and linking words. For example, frigid degree can also mean cold weather (in answer A) and icy temperature (in answer D). Checking the sentence in the prompt and looking for the same words or synonyms in the answer choices are good ways to make sure no important information in the prompt is left out in the choices. The answers that miss out important information are wrong. In this example, both answer A and D have all the important keywords from the prompt sentence.

Step 3: Compare and contrast

As said earlier, this type of question is tricky because the correct answer is very similar to the wrong choices. However, there are still differences between the options. In this final step, you need to compare and contrast the options and choose the one that is closer in meaning to the prompt. The difference can either be subtle or big, but remember, every difference changes the meaning of the answers. You need to be able to point out the difference to choose the correct answer. (A) and (D) are very similar to each other. Their one difference is the word problems. The word problem makes (A) having a cause and negative effect relationship, which is not the same as the prompt sentence. (D) is the correct answer.

Purpose

Purpose question asks why a detail or argument is used in the paragraph. In other words, it asks for the purpose of an idea or detail in the passage. Purpose question requires careful reading of the whole passage, not just a few details or sentences. To answer this question, you need to understand the overall purpose of the passage then figure out how the asked detail fits into the big purpose of the passage.

Example:

Charles Darwin, in On the Origin of Species, suggests that the eye evolved from "an optic nerve merely coated with pigment, and without any other mechanism" to "a moderately high stage of perfection". Darwin presented intermediate grades of evolution and made suggestions that were soon shown to be correct. Since this time, modern scientists have been putting forward work on the topic of eye evolution, suggesting that the eye developed from a vertebrate patch of photoreceptors. Current research validates the theory of Darwin.

Question:

In paragraph 2, why does the author mention Charles Darwin’s Origin of Species?

  • Because Darwin’s theory and suggestions were not correct, and later researchers proved this.
  • Because Darwin’s theory and suggestions were soon shown to be correct and validated by later researchers.
  • Because Darwin was the first researcher of eye evolution.
  • Because Darwin’s Origin of the Species is a book about the evolution of eyes.

Step 1: Understand the passage

Read the whole passage once. You don’t have to understand everything in the passage. But if you do not at least have the general idea of what the passage is about, read again more carefully. If you do understand, make sure you can answer the following questions:

  • What is the main topic or theme of the passage?
  • Is the passage opinionated or factual?
  • If it is opinionated, is the passage positive or negative?

By answering these questions, you can start to guess whether the detail you were asked in the prompt is a neutral fact, or part of an agreement or objection to the main topic. In this example, we can see that the main topic is about how positively Charles Darwin’s Origin of Species has affected modern research on eye evolution.

Step 2: Look for linking devices

Then read the question prompt and all the answer options. Keep the answer options in mind while read or skim through the passage the second time. Pay attention to words that appear both in the passage and the answer choices. Underline those words for easier comparison in the next step. In this example, those words would be ‘correct’, ‘eye evolution’, and ‘validate’ (or ‘prove’).

Often (but not always), there will be more than one answer choice that contains one of the keywords. However, the keywords, when used in some of the answer choices, are used with the wrong context compared to the text. For example, there is the word ‘correct’ in both (A) and (B). However, in the passage, the text says Charles Darwin’s theory is correct. (A) says ‘not correct’ which is directly the opposite of the text. We can eliminate (A).

Step 3: Eliminate irrelevant answers

After eliminating wrong context answers, the next step is to eliminate irrelevant answers. Irrelevant answers will contain details that are not in the passage. For example, the passage has never mentioned of Darwin as the first researcher of eyes evolution. (C) is not our answer.

(D) is also wrong. It is a bit harder to eliminate (D) than (C) since there are details in the reading that can cause the misunderstanding. However, pay close attention to the word ‘suggest’ in sentence 1. The book only suggests some details about eye evolution. In other words, whatever the book is about suggests the idea of eye evolution. The book itself is not about eye evolution. After eliminating all the irrelevant answers, we should have one correct, and relevant answer left. The answer is (B)

Reference

Reference question is the type of reading question that will take you less than twenty seconds to read both the question and all the options. However, it will also be the type of question that tricks you into confusion. You will understand clearly the question and all the choices (which do not always happen with all other question types), and you still do not know what to choose. We will show you how to effectively solve this question so you can save your precious time for other questions that require more reading.

Let’s start with an example:

In summary, the challenge for historians in understanding Sumerian civilization is that most references and information about it come from the writings of other civilizations. Even the ancient Bablyonians considered the Sumerians an old civilization by their time. Even though archaelogists are still searching for clues to unlock the history of the Sumerians, much information about these ancient people remains unknown. In conclusion, Sumer is an ancient civilization with cities at the bottom of a sea, referenced by other ancient civilizations with few tantalizing clues of their shrouded past.

Question:

The word ‘it’ in the paragraph refers to

  • Historians
  • Babylonian civilization
  • Information
  • Sumerian civilization

With our proposed 4 steps, you will answer this question not only correctly but also quickly.

1) Read only a few sentences

The key to solving this question is to not read too much. As strange as it sounds, with reference questions, the more you read, the more you may be confused. You are likely to find the correct answer within the sentence you are asked about. According to the basic rules of coherence, pronouns are used to substitute for something or someone that is mentioned right before the pronouns. So in this example, you only need to read the first sentence closely. Keep in mind that you will not use any information obtained throughout the reading that is not in the sentence you read.

2) Identify the word’s function and plurality

Next step is identifying the function of the word that is asked. In this example, you need to identify the function of ‘it’ within the sentence. You need to decide whether it is a subject or an object. In this case, ‘it’ is an object pronoun. You will only pay attention to the closest object pronoun in the sentence. Besides, since ‘it’ is a singular pronoun, you know that the answer should be a singular choice as well.

3) Eliminate wrong answers

From step 2, you know that the answer will be part of previously mentioned object pronoun and singular. Looking at the four answer choices, you can now eliminate option (A) and (B). (A) is plural, and (B) has never mentioned before ‘it.’

4) Substitute answers

Finally, if you still have more than one answer, try substituting the options for ‘it’. When you substitute answer (C) ‘ information’ into the sentence, the sentence makes no sense. Therefore, the correct answer is (D).

Sentence insertion

Sentence insertion question asks you to place a sentence in a paragraph in the text. You never can be too careful with the choices for this question. Even when you think you know the correct answer, it is a good idea to try the sentence in all the locations before settling down. The trick for this type of question is to look for as many linking devices, terms, pronouns, and connections between the sentence and the paragraph as possible.

Question

Examine the four █ in the selection below and indicate at which block the following sentence could be inserted into the passage:

These cultural considerations pre-empt the otherwise endangered status of the species.

█ [A] For the polar bears, Kaktovik has one great attraction: the bone pile. █ [B] Specifically, the bone pile left over from the annual hunt for Bowhead whales █ [C] The Bowhead whale is an endangered species, however the Inupiat are allowed a quota of three per year due to cultural considerations █ [D] The meat provided from the Bowhead whales provide enough food for the Inupiat to survive the winter.

Any coherence is important in this type of question. Coherence is the key to finding the connection between the sentence and the paragraph. Usually, the sentence will have some kinds of coherence to give you a clue about its location.

Step 1: Transitions

There can be a transition word at the beginning of the sentence to give you an idea about its relationship with the surrounding sentences like ‘ however’, ‘and’, ‘so’, ‘but’, ‘therefore’…If the transition words are ‘and’, ‘so’, ‘therefore’ or something along the line, the sentence before the prompt sentence will share the same ideas and opinions with the prompt sentence. If the transition words are ‘yet’, ‘but’, ‘however’, or some other contrast transition, the sentence previous to the prompt will be contradicting to the prompt sentence. Using transitions, we can start looking among the location options in the paragraph to find possible locations.

Step 2: Pronouns

Another coherence you can look for are pronouns in the prompt sentence: ‘they’, ‘these’, ‘those’, ‘this’,…You can look for what these pronouns refer to. The rest of the prompt sentence will give you hints. In this example, right after ‘these’ is ‘cultural considerations.’ It means the cultural considerations are mentioned right before the prompt sentence. In this example, we can tell the correct answer is (D).

Extra tip: General/Specific details

In other cases where the two steps alone is not enough to figure out the correct answer. An extra tip is to look for the details in the prompt sentence. In this type of question, if the prompt sentence depicts many specific details, look for sentences in the paragraph that shares the same topic with the prompt sentence but more general, and vice versa. Ideas in the paragraph are often written in a ‘general to specific’ formula. Use this rule to look for locations that the prompt sentence can fit in.

Summary questions

The summary question is one of the two question types that are not the usual one answer multiple choice. The summary question requires you to choose three correct answers, not just one. It is also important to know that in this question, sometimes there are more than three correct answers, so you don’t just choose the correct ones, you need to choose the three best ones.

To choose the best answers, you need to read the whole text and understand it. This question type is normally one of the last questions for every text. Answering other questions, by the time you see the summary question, you already have a good understanding of the whole text. What you need to do to choose correct answers is the careful selection. Let’s look at a text for an example.

Example:

[1] The Sumerian civilization existed centuries before Alexander the Great conquered swathes of land around the Mediterranean and Middle East and long before the Roman Empire became known as the greatest power of ancient times. The Sumerian civilization remains an enigmatic mystery that continues to baffle historians worldwide. It was possibly the first urban civilization established in the historical region of southern Mesopotamia. Sumer itself rose on the flood plain in the lower region of the Tigris and Euphrates rivers, an area called the 'cradle of civilization'. The Sumerians emerged around 4000 B.C.E. and were organized together as city-states. Some of the important Sumerian city states were on land that has since been absorbed by the Persian Gulf. In fact, it is in the Persian Gulf itself that many historians believe the key to the origins of the Sumerian civilization lies.

[2] One of the greatest mysteries is the exact origin of the Sumerians. Many historians and archaeologists disagree on where the Sumerians' homeland was. Ancient Sumerian literature gives reference to their homeland being a place called 'Dilmun', the location of which remains obscure. The Sumerian language is an agglutinating language—one that forms words by adding affixes to the word's core meaning. Other agglutinating languages include Turkish, Hungarian, Finnish, and Inuit. However, neighbouring languages to Sumer share little of its morphology. In addition, numerous animal-deities in the Sumerian pantheon suggest a pastoral history, but do not indicate a location of origin. Historians generally conclude that Dilmun is most likely an island in the Persian Gulf, perhaps the modern country of Bahrain. Until now, no ruins have been found to link the ancient Sumerians to any island in the Persian Gulf. These types of ruins are pivotal in proving the ancestral home of the Sumerians. Therefore, without any ruins, the Sumerian homeland remains unknown.

[3] Sumerian culture centred around a priesthood and temple life. City-states were organized around the temple and non-priests were either craftsmen or peasants that devoted their work and lives to appeasing the gods. Disasters, droughts and calamities were blamed on a local deity being overpowered by other gods acting together. As a result, the priesthood maintained its power and control over the Sumerian day-to-day life. Finally, the other castes within Sumerian city-states were the warriors charged with defending the city. Over time, the warriors became more prestigious and powerful within Sumer as the grip of the clergy began to erode. As a consequence, Sumer gradually shifted toward a more warrior-led civilization.

[4] Between 4000 and 2000 B.C.E. Semitic immigrants regularly moved into Sumerian territory, slowly inundating Sumer. By 2000 B.C.E., Sumerian city-states were forced to form defensive alliances as the warriors became more powerful. The image of the priesthood was undermined as they were forced to make alliances. Moreover, the increasing importance of warriors instigated a power shift in the Sumerian civilization which led to the existence of its first King. Finally, in around 2000 B.C.E. King Sargon of Akkad conquered the Sumerians in the creation of the world's first multi-ethnic empire. The Akkadian Empire is also considered as the first civilization built upon the shared characteristics of the Sumerians. In fact, the lost Akkadian city was rumored to have been built by Sumerian craftsmen.

[5] In summary, the challenge for historians in understanding Sumerian civilization is that most references and information about it come from the writings of other civilizations. Even the ancient Bablyonians considered the Sumerians an old civilization by their time. Even though archaelogists are still searching for clues to unlock the history of the Sumerians, much information about these ancient people remains unknown. In conclusion, Sumer is an ancient civilization with cities at the bottom of a sea, referenced by other ancient civilizations with few tantalizing clues of their shrouded past.

Directions: An introductory sentence for a brief summary of the passage is provided below. Complete the summary by selecting the THREE answer choices that express the most important ideas in the passage. Some sentences do not belong in the summary because they express ideas that are not presented in the passage or are minor ideas in the passage. This question is worth 2 points.

Question:

The Sumerian civilization was one of the first and most developed civilizations of the ancient world, considered old even by its other contemporary civilizations.

  • Alexander the Great was the first ruler to conquer Sumer.
  • The Sumerian language closely reflected many of its neighboring languages.
  • Sumer emerged between the Tigris and Euphrates rivers-called the ‘cradle of civilization.’
  • Information about the Sumerians is hard to find as the majority of historical references come from other contemporary civilizations.
  • The location of the Sumerians’ homeland, Dilmun, remains a mystery.
  • The priesthood caused the downfall of the Sumerian civilization.

Step 1: Eliminate the wrong answers

This step is important, and it can be the only step needed for this type of question. Eliminate the answer options that present incorrect information or do not include correct information. In other words, you eliminate the wrong choices and the irrelevant options. Read through all the options and mark the ones that you can immediately realize that is wrong or correct. If you understand the text, after carefully reading the options, you can pick out the wrong answers and right answers. In this example, the correct answers are (C), (D), and (E). There are sentences in the text that directly support these answers. Those sentences are as following:
(C): ‘Sumer itself rose on the flood plain in the lower region of the Tigris and Euphrates rivers

(D): ‘ The challenge for historians in understanding Sumerian civilization is that most references and information about it come from the writings of other civilizations

(E): ‘…without any ruins, the Sumerian homeland remains unknown.

If you can’t decide whether or not the option is correct, leave them and come back later. You can only choose three options. Choose the three best ones. Even if there are options that you are not sure about, and you find three options that you are confident that are correct already, you can go with those three answers.

Step 2: Eliminate minor details

This second step is optional. Sometimes you need this step; sometimes you don’t. In the direction section in the prompt, there is an understated point saying that the wrong answers are not only the one with incorrect information but also the one with ‘minor details in the passage.’ An option including correct information is not enough; those information needs to be important and major in the text. Eliminate options that are too detail specific. Ask yourself if you do not know all the details in that option, will the main idea of the text change? If the answer is no, then it’s an option that contains only minor details. Eliminate it and move on.

 
Keywords In The Practice
No Vocabulary Linked To Practice
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This task measures your ability to process written texts for meaning and form. You will be given one short 70–100 word long academic paragraph. In the paragraph, there will be 10 words with missing letters. You will complete the missing letters for each word.

Each correctly spelled word is worth 1 point. There are no part marks.

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Fill in the missing letters in the paragraph
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Tips to improve your reading speed
To get a high score on the TOEFL reading section, you need to have a fast reading speed. To have a fast reading speed, you need to improve your vocabulary and practice dissecting sentences. One strategy to dissect a sentence is to look for the subject and verb of the sentence. Finding the subject and verb will help you better understand the main idea of said sentence. Keep in mind, a common feature of a TOEFL reading passage is to join strings of ideas to form long compound sentences. This produces large chunks that students have a hard time absorbing. Do not get overwhelmed by its length, just look for the subject and verb, the rest of the ideas will flow.

Keep in mind, having a slow reading speed makes skimming or scanning a reading passage more difficult. The process of quickly skimming through a reading passage for specific keywords or main ideas is a requirement for you to employ successful reading strategies to improve your TOEFL reading score. In other words, skimming is a critical skill to ensure you complete all questions in the allotted time frame.
TOEFL Reading Strategies
Once you can read and comprehend a passage with a rate of, at least, 220 words per minute, you'll be ready to start implementing our strategies. All too often, students spend too much time reading the passages and not enough time answering the questions. Here is a step by step guide for tackling the reading section.

1.Skim through the entire reading passage and get a rough idea of what the reading passage is about.

2.Read the question and start scanning the paragraph for related words or keywords from the question. (Most questions will tell you which paragraph the question is referring too.)

3.Quickly read the sentence with the related keywords and the sentences surrounding it to find the answer.

4.Can't find the answer? Skip this question and come back later. There are at least 3 reading passages each with 14 questions. Complete all the questions that do not require you to thoroughly read the passages. Once done, go back to each skipped question and now read the passage carefully keeping note how much time and questions you have left.
TOEFL Reading Question Types

The TOEFL reading test contains 10 different question types:

VocabularyLesson: Vocabulary Question
ReferenceLesson: Reference Question
Essential InformationLesson: Essential Information Question
InferenceLesson: Inference Question
Sentence InsertionLesson: Sentence Insertion Question
PurposeLesson: Purpose Question
DetailLesson: Detail Question
Negative FactualLesson: Negative Factual Question
Complete the SummaryLesson: Complete the Summary Question
Complete the TableLesson: Complete the Table Question

Improve Your Reading Speed

Time is critical during the reading test. Being able to read and "UNDERSTAND" each passage quickly will seriously help you score higher in the reading test.

The reading test consists of 3 - 4 passages and 36 - 56 questions. The time allotted for the reading test depends on how many questions you must answer. 80 minutes is the max amount of time given.

Let's do the math on the following max case scenario:

Reading Test Details

  • 56 questions
  • 4 passages
  • 80 minutes

Let's say you were able to read each passage in 0 seconds. That's right, 0 seconds.

80 minutes / 56 question = 85 seconds or 1.25 minutes

Without reading the passages, you only have 1.25 minutes per question and some of the questions are tough and will need maybe 2 - 3 minutes to complete.

I hope you are beginning to understand how important reading speed is to succeed at the TOEFL reading test.

Now, we will take into account time to read the passage. Let's say it takes you around 8 minutes to read each passage. That will only leave you with 48 minutes to answer 56 questions.

Therefore:
48 minutes / 56 question = 51 seconds per question.

51 seconds is not enough time!

However, after some training, you should be able to read each passage in less than 4 minutes. Reading the passage in less than 4 minutes will give you a considerable advantage and allow you to score higher.

Below are some training techniques you can use to improve your reading speed.

  1. Time yourself when you study for the test and note how long it takes you to go through a given passage. You will likely notice that you slow down when your level of comprehension drops down, and that’s normal! When you understand less, you need to slow down and read more carefully.
  2. Everyone reads at a different pace. Your task is to make your reading pace slightly faster for the very specific test-taking situation, so you can switch gears and go into full-speed mode if you need to.
  3. Apart from studying TOEFL-style academic passages, be sure to read other English language material as well. Read English literature, newspapers and magazines—reading a variety of English writing styles will help improve your reading speed.

Work on Your Comprehension Speed

Once you have worked on your reading speed and can finish a passage in in under 4 minutes (4 minutes is the preferred time for success), you are ready for the next step.

Now you need to teach yourself to remain calm and avoid stressing out when you encounter an unfamiliar word.

The reading section is full of unfamiliar challenging words, but don't worry, because they add them on purpose to test you. They want to test your ability to understand complex words by how they are used in the passage and do not expect you to look up each complex word in a dictionary..

Now that you are relaxed when facing the unknown word, here is what you do next...

IGNORE IT AND SKIP IT!

Simply continue reading the passage. By the end, you will have a better understand of what the word could mean.

The most important thing is to stay relaxed, not stress out, and maintain your 4 minute pace.

Learn TOEFL Vocabulary

To be clear, we are not contradicting our last tip about ignoring unfamiliar words. In fact, we expect you to read through the entire passage and try to understand the words on your own, before looking up the words for yourself.

Although we have a list of vocabularies already created for you, we also recommend having an English-to-English dictionary at your disposal for a couple reasons:

One, you can bring it with you everywhere you go and look up words you do not know.
Two, using a dictionary will allow you to familiarize yourself with synonyms (similar words) and antonyms (opposite words(.

NOTE:
Synonyms and antonyms are extremely useful for the TOEFL.

Don't get stuck. Keep Moving!

We have already talked about managing your time via improving your reading speed and ignoring unfamiliar words.

I guess you have started noticing a pattern in these tips... TIME MANAGEMENT IS CRITICAL!

Never get stuck. Keep moving until the end. The reading test allows you to go back to previous answers quickly. (Take a look at our TOEFL Simulated Reading Test for a better understanding of how you can quickly navigate through the reading test questions.)

Finish all the questions you know, then go back and finish the tougher questions. The worst thing you can do is get stuck on a tough question and maybe get 1 point for figuring it out, but end up losing out on 3 or more points of potentially easy questions because you ran out of time.

Vocabulary Question

Vocabulary questions are often very straight forward. One or two words are underlined in the passage. The multiple choice question will ask you to choose an option that is closest in meaning to the underlined word. There are a few tips to help with a vocabulary question. However, it is important to keep in mind that there is no exact way to get around this question besides having as many vocabulary memorized as possible.

Within this type of questions, they are two smaller types:

  1. the explanation
  2. the synonym

1) Explanation question

This is the easier type of vocabulary question between the two. The question will ask you to choose the option that explains the underlined word the most accurate. You have a high chance of knowing the answer if you know the underlined word in the paragraph. Let’s look at an example.

Example:

[1] It is believed that eyes evolved over a few million years during the Cambrian explosion, a rapid period of evolution. Prior to this era, there is no direct evidence of eyes. Eyes have a vast range of adaptations to meet the needs of the organism. They vary in visual acuity, the array of wavelength detected, sensitivity in low light, color discrimination and their capacity to identify motion.

Question:

The word ‘evolution’ in paragraph 1 is closest in meaning to:

  • Progress
  • Change in habits and behavior
  • Change in heritable traits
  • Development of the human species

Step 1: Substitute

If you know what the word ‘evolution’ means, then the answer is clear. It’s (C) Change in heritable traits.

If you don’t know what the word means, you need to make an educational guess to wiggle out of this question. Your guess needs to base on the information in the passage. You have to be careful since the answer choices are usually very close to each other in meaning.

You can substitute the answer choices for the underlined word, then reread the sentence to see if the substitutions make sense with the rest of the passage. This way, you can recognize some wrong choices.

Step 2: Eliminate wrong choices

The elimination process can be difficult in this situation since the choices are close in meaning. To do the elimination process correctly, you need to make sure to always focus closely on the topic that being discussed in the passage and make no assumption.

Choice (D) is wrong since it only mentions the human species. It is easy for test takers to make the assumption connection between eyes and human species. However, that connection is never mentioned in the passage, so is the word ‘human.’ The passage uses a very general word of ‘ organism’, not ‘human.’

Choice (A) and (B) are wrong because they do not talk about physical features. The changes of the eyes the passage talks about are all physical details. Choice (A) and (B) talk about the habitual and behavioral changes instead of the physical changes. Habitual and behavioral changes are not mentioned in the passage.

With the elimination process, you can end up choosing the correct answer (answer C) without knowing the actual vocabulary in the passage.

2) Synonym question

With the synonym, you will also be asked about an underlined word in the passage. However, the option choices are not explanations of the word but other synonyms. To answer this question fast and correctly, you do not only need to know the underlined word (like in the explanation type) but also need to know all the four option choices or at least most of them.


Example:

[2] Charles Darwin, in On the Origin of Species, suggests that the eye evolved from "an optic nerve merely coated with pigment, and without any other mechanism" to "a moderately high stage of perfection". Darwin presented intermediate grades of evolution and made suggestions that were soon shown to be correct. Since this time, modern scientists have been putting forward work on the topic of eye evolution, suggesting that the eye developed from a vertebrate patch of photoreceptors. Current research validates the theory of Darwin.

The word ‘validates’ in paragraph 2 is closest in meaning to:

  • Confirms
  • Negates
  • Contradicts
  • Questions

Step 1: Apply the negative-neutral-positive technique

If you know the underlined word ‘validates’ as well as all four answer choices, you can tell immediately that the correct answer is (A) Confirms.

If you only know a few of the vocabulary, you still have no other choice but make an educated guess to eliminate some obvious wrong choices. You’ll count on the negative-neutral-positive technique.

First, since we can tell that validate is a verb, we temporarily substitute the word with ‘do something’ or ‘have an action.’ From the sentence containing the word ‘validates’, we’ll get a sentence saying ‘current research’ does something to ‘the theory of Darwin.’ We need to know if ‘current research’ does something positive, negative or has no effect on the ‘the theory of Darwin.’ The rest of the passage mentions Darwin a few times together with his quotes and findings in very positive way, saying Darwin’s theory is paving the way for further modern research. Therefore, we know that the correct answer needs to be a positive word. So choices (B), (C), and (D) all have negative connotations. (A) is the only one that has a more positive connotation than the other options. Therefore, it is the correct choice.

Step 2: Use word parts

Finally, if step one alone is not enough to help you, one last tip for this type of question is to use word parts. When you have no idea what any of the words mean, you can still guess the words to combine with the positive/neutral/negative tip above.

1) Connection to a known word
You can try connecting the unknown word with a word you may know before. For example: if you don’t know what ‘successful’ means but you know the word ‘succeed,’ you can guess that ‘successful’ is another part of speech with the same origin with ‘ succeed.’ When you have nothing else to base your guess on, and you can think of another word that looks “similar,” go ahead and make a bold guess.

2) Prefixes and suffixes
And if you don’t know any other relatable words to the unknown word, your last resort is to base your guess on the prefixes and suffixes. The prefixes and suffixes won’t give you the meaning of the word, yet they can at least let you know whether the connotation is positive, or negative. If the word has prefixes like anti-, non-, un-, or in-, the word is likely to have a negative connotation. If the prefixes are am-, con-, ben-, etc…, the word is likely to have a positive connotation. Creating and memorizing a list of prefixes and suffixes will help you a lot in guessing vocabulary.

Detail/ Negative detail question

This question type asks you to identify specific details within the asked paragraph, not a general idea or theme from the whole reading. It is important to focus only on the paragraph and make no assumption from connections from the rest of the reading.

There are two types of questions:

  1. detail
  2. negative detail.

Detail type

Detail question asks you to choose a detail that exists in the paragraph.

Negative type

Negative detail question asks you to choose the answer choice that is not in the paragraph. Let’s look at a detail question as an example for some tips for this type of question.

Example:

Natural selection contributes to the basis of Darwin's Theory of Evolution. One of the core tenets of Darwin's theory is that more offspring are always produced for a species than can possibly survive. Yet, no two offspring are perfectly alike. As a result, through random mutation and genetic drift, over time offspring develop new traits and characteristics. Over time beneficial traits and characteristics that promote survival will be kept in the gene pool while those that harm survival will be selected against. Therefore, this natural selection ensures that a species gradually improves itself over an extended duration of time. On the other hand, as a species continues to 'improve' itself, it branches out to create entirely new species that are no longer capable of reproducing together.

Question:

According to the paragraph, what are the causes for species developing new traits and characteristics?

  • Medicine and longevity
  • Survival and selection
  • Mutation and genetic drift
  • Tenets and theory

The following 2 steps will help your success rate at answering this question correctly.

Step 1: scanning for information from the question

The keyword in the question is ‘developing new traits and characteristics.’ You need to scan for exact or similar information from the paragraph. In this example, the phrase ‘develop new traits and characteristics” appears exactly in sentence 4. After this first step, you know where in the passage to read closer.

Step 2: elimination

Reread the full question again (not just the keyword like in step one) to make sure whether the question asks for who, how, why or what. Then read a few sentences around sentence 4. In this case, it will be sentence (3), (4) and (5). After reading those sentences, you can eliminate option (A) and (D) immediately since those details are not in the sentences you just read. (B) is also not the correct answer. Even though the details in (B) are in the sentences, survival and selection are the results of ‘new traits and characteristics’ not the causes of them. After eliminating all, we can accept (C) as the correct answer.

Inference question

Inference question requires you to make logical assumptions and connections based on the information in the passage to come up with a new conclusion. In other words, inference question asks you to pick up on information that is indirectly suggested, and not directly stated in the passage. Questions of this type often contain words like ‘imply’, ‘suggest’, or ‘infer’ in the question prompt.

Example:

[1] It is believed that eyes evolved over a few million years during the Cambrian explosion, a rapid period of evolution. Prior to this era, there is no direct evidence of eyes. Eyes have a vast range of adaptations to meet the needs of the organism. They vary in visual acuity, the array of wavelength detected, sensitivity in low light, color discrimination and their capacity to identify motion.

Question:

Which of the following can be inferred from paragraph 1 about eyes before the Cambrian Explosion?

  • We can safely assume eyes existed prior to the Cambrian Explosion.
  • We can safely assume eyes did not exist prior to the Cambrian Explosion.
  • We can assume that prior to the Cambrian Explosion, eyes varied in visual acuity.
  • Prior to the Cambrian Explosion, eyes had not ability to identify motion, color or light.

Follow these steps to tackle this type of question.

Step 1: Search for keywords and look for evidence

The keywords in the question prompt are ‘before’ and ‘the Cambrian Explosion.’ Normally, in inference questions, prepositions are important. Pay close attention to the prepositions.

You need to reread the passage to find any information that refers to ‘the Cambrian Explosion.’ In this example, the first two sentences have mentioned the term. Read these two sentences closely. Then you can move on to reading the answer choices, one by one. Every time you read an option, you need to skim back at the passage to see if the option is back up by information from the text. If an option is a correct choice, you should be able to point to the section in the text that allows you to make the inference. Again, pay close attention to the prepositions. They can be tricky in this type of question.

Step 2: Eliminate wrong answers

In our example, (A) is wrong since it is the opposite of what is stated in the first two sentences of the paragraph. The sentences say that eyes evolved during the Cambrian explosion, and there is no evidence of eyes prior to this era. (C) and (D) are also wrong. Even though visual acuity and other abilities of eyes are mentioned, in the passage, those information about abilities have no connections with the Cambrian explosion. Furthermore, from the first two sentences, we can safely infer that eyes do not exist before the Cambrian explosion, so the discussion about eyes’ abilities are irrelevant. Therefore, after eliminating all wrong choices, the correct choice is answer (B).

Extra tips:

To answer this question, you need to understand all the concepts in the passage so from there, you can make further logical implications. However, you also need to be careful not to infer too much or too far from the text. All of your inferences need to be backed up directly by information from the passage. Let’s look at an example of this type of question.

One extra tip: avoid answer choices that contain extreme language, go for more modest answers. Answer choices with extreme words like ‘absolute’, ‘none’, ‘very’, etc… are often trick answers.

Negative Factual

The negative factual question is the only type of question that asks you to choose the incorrect answer. The key to this answer is the word ‘except’ that is in all CAPS at the end of every question. This question will have four answer choices like all other multiple choice questions in the TOEFL. However, there will be three correct answers and one incorrect answer, and you need to choose the incorrect one. This question may not be difficult, yet it can be very confusing. Let’s look at an example to understand this question further.

Example:

[1] Frogs are known as one of the most diverse scientific order of vertebrate species in the world. Nevertheless, they are often overlooked by humans. In fact, these carnivorous amphibians date back in fossil record to the early Triassic period in Madagascar. However, molecular dating suggests they may even date back to the Permian period over 265 million years ago. As a result, their ancient pedigree contributes to the fact that frogs can be found all over the planet—even in subarctic climates. In spite of this range of inhabitation, the majority of frog species are found in tropical rainforests where they enjoy the greatest diversity. In short, frogs are composed of a unique anatomy and have prolific reproduction habits leading to a broad population.

[2] The scientific order of Anura consists entirely of a different species of frogs. Frogs share numerous characteristics across species. They have a stout body, large protruding eyes, cleft tongues, folded limbs and no tail. Moreover, one of the more intriguing characteristics of frogs is their skin. Frogs have glandular skin which can secrete liquids and mucus. Because of these secretions a frog can simply cause its skin to taste particularly foul to a predator, or they can be highly toxic even to touch and ingest. The skin itself has a broad palette of colours. Similar to snakes, the skin colours and patterns of frogs are intended either to disguise or to ward off would-be predators. Some species have evolved colours to camouflage into their habitat and avoid predators. Conversely, other species have developed bright, vivid colours to advertise their toxicity to any hungry predators. The skin is semi permeable, which means frogs are vulnerable to severe dehydration in dry environments. This leads to their preference for tropical, damp and humid habitats.

[3] As a result of being an amphibious species, certain frogs choose different environments to lay their eggs. For example, a minority group of frog species will actually lay their eggs on land; however, the vast majorities choose to lay their eggs in water where they will hatch into tadpoles. Tadpoles are an aquatic larvae complete with tails – which disappear later - and internal gills. As tadpoles’ natural habitat is ponds and streams, they have a diet of planktivorous and herbivorous foods. As tadpoles mature into adults, their bodies develop characteristic features of frogs and consequently, they adopt a much more carnivorous diet. In addition, adult frogs are one of the more efficient converters of food into body mass. The importance of this characteristic is that frogs are an integral part of almost any ecosystem they belong to as a key nutritional source for predators. Although they are diminutive in size, they have a large impact on the dynamics of ecosystems.

[4] Frogs, like many other species, have specific breeding seasons that can trigger hormone-dependent sexual characteristics. In addition to an arsenal of vocal cords to attract mates, male frogs develop special pads on their thumbs to provide a firmer grip while mating with a female. This firm grip stimulates the female, and as a result they will release eggs to be fertilized. Sperm is ejected directly from the cloaca directly onto the eggs, typically wrapped in jelly, as the female lays them. The sexual organs -testes and ovaries - are attached to frogs’ kidneys, due to their small-sized anatomy. Fertilized eggs will later develop into tadpoles.

[5] Frogs are not only valued by humans for food, but also for their roles in literature, symbolism and religion among various cultures around the world. However, the global frog population has been in decline since the 1950s. Since the 1980s, more than 120 species have become extinct. Moreover, a third of the frog species is threatened by extinction. A major problem for the global frog population is a fungal disease known as chytridiomycosis. This emerging disease is a mystery to conservation biologists and threatens frogs around the world. The frog population may continue to decline if a solution is not found to combat this disease. Frogs are now a key focus for the conservation movement and biologists as they face many new challenges in a changing ecosystem.

Question:

According to paragraph 3, all of the following are reasons why frogs have a large impact on the dynamics of ecosystems EXCEPT

  • Frogs can covert food into body mass efficiently
  • Frogs have a carnivorous diet
  • Frogs are the key nutritional sources for predators
  • Frogs prefer to lay their eggs in water

Step 1: Read the question and the question choices

This question requires patience and carefulness. With other questions, sometimes you can read the first choice, realize it is the right one and choose it immediately. Never use that tactic with this type of question. From the example, you can see, this question asks you to choose the option that is incorrect. There is only one right answer to every question but there are three correct options, and you should not choose any of those correct options. The right answer to this question would be the only incorrect one. So you need to read the question carefully and thoroughly: both the question and all the answer options. Make sure you understand and can identify the information in as many answer options as you can. The options you need to eliminate are not only the ones that are mentioned in the passage but also answer the question asked correctly.

Step 2: Check off from the list

The right answer for this question will normally an option is contradictorily wrong with what the article states or not mentioned in the passage. So when reading through the question, if you can pick out the option that from the reading, you immediately know is correct, cross that one out. It will help you save time. If you can’t clear off all the correct options just from your knowledge, you need to look back into the passage to find direct proofs. If you don’t know for sure, do not assume anything is correct unless you can find direct proofs from the passage to support the info. Furthermore, the options you need to eliminate do not only need to be supported by the passage but also need to answer the question correctly. This is an important point that people often overlook. Remember to read the question carefully.

Some questions do not specify where in the passage you can find the information to answer the question. In that case, you need to read the whole passage to find information. However, that is not always the case. It is more likely that the question will specify what paragraph or what section you can look to find the answer. In this example, you can look into paragraph 3 to find the information you need. (A), (B) and (C) options are stated in the paragraph. Sentences that provide direct proofs to prove (A), (B), and (C) are mentioned in the text are as follows:

  • : adult frogs are one of the more efficient converters of food into body mass.
  • : they adopt a much more carnivorous diet.
  • : they belong to as a key nutritional source for predators.

You can eliminate (A), (B) and (C).

Step 3: Double check before final decision

Finally, even after you already eliminate all the three options that are mentioned in the passage, you should skim through the passage one last time to make sure the option you are about to choose is not mentioned anywhere in the article. Sometimes, the right answer to this question can be the option that has information contradict with what the passage mentions, which means the option can contain a topic that is mentioned in the paragraph but with a contradict opinion. So when reading and skimming through the passage, be careful not to be tricked by keywords. Some words in the option can be mentioned in the passage, but that does not mean the option itself is mentioned in the passage. If you see keywords that appear in both the option choice and the passage, read the sentence that contains the keyword carefully to make sure whether or not that sentence support the option choice and not answer the question correctly as well.

In this example, the correct answer is (D). (D) is correct because frogs’ preference to lay eggs in water does not have any effects on the dynamics of the ecosystem. So (D) is the answer you need to choose not because it is not mentioned but because it does not directly answer the question asked.

Organization questions

Organization or categorization is one of the two types of reading questions that you need to choose more than one answer. Similar to the summary type, organization question requires you to read and understand the whole text. However, unlike the summary type, instead of choosing major ideas and themes from the text, you need to pick out and categorize minor details. There is no limit on how many answers you can choose, but remember, not all the choices will be used. If by the end, you realize you have chosen and categorized all choices, there must be a mistake. In no occasion, all choices are correct.

Example:

[1] A tree is a perennial plant that consists of a long stem, trunk, branches and in most species, leaves. They have evolved their structure to compete for sunlight with other plants. Trees usually live for a long time, up to thousands of years old and they have existed on the planet for 370 million years. A tree has woody tissue and is surrounded by bark that protects the plant. The root of a tree anchors it in place and the branches carry leaves that capture light and process it into sugar by photosynthesis.

[2] The function of trees in our environment is invaluable. They release oxygen into our atmosphere and remove carbon dioxide, storing carbon in their own tissues. Trees prevent soil erosion by soaking up water in areas with high rainfall. In tropical rainforests and various other regions of the world, trees provide a habitat for a vast number of animal and plant species. Other functions of trees are in the provision of wood for fuel, cooking, heating, construction, paper production and fruit.

[3] The leaves of trees are formed for photosynthesis. The broad sizes and shapes of deciduous trees attract the light to be converted to energy. Coniferous trees sometime have needles which are adapted to environments with less water, such as frozen regions with a higher latitude and altitude. The thin shape of the needles and position of evergreen branches allow the leaves to shed snow. Broad-leaved trees in temperate zones of the world shed their leaves as days get shorter in the autumn and winter seasons. This is because the leaves are no longer making new chlorophyll through photosynthesis due to less light. The red and yellow pigments of the leaves’ blades become visible, causing the bright orange, red and yellow-colored autumn leaves. The synthesis of auxin - a plant hormone – also stops. Once the production of auxin ceases, the cells at the junction of the twig and the petiole of the leaf weakens and the leaf breaks off and falls on the ground. In regions of the world with more sun exposure, trees may not shed their leaves.

[4] There are several other reasons that trees shed leaves and twigs. During a drought season, trees often shed about ten percent of their leaves, thus losing less water. Another reason for leaf-fall is when vigorous trees shed excessive leaves to adjust to the summer heat. Moreover, leaves near the base of the tree are more likely to drop off due to lack of sunlight. Another cause is insect-tunnelling of leaf stalks, leaving short, fragile petioles which leads to more leaf-fall. Disease, such as Dutch elm disease or root rot, or injuries to the tree, is another source of leaf-fall. Fungus, such as leaf-spot disease, also causes increased shedding of leaves. Fungi such as anthracene and apple scab defoliate crab apple trees, sycamore, ash, white oak and maple.

[5] Squirrel activity or twig- girdling insects can also cause clusters of fallen leaves that are attached to short twigs. There are specific tree species, such as poplars, that shed twigs during moisture stress period. The end of the twig will be like a smooth curve. The metallic wood boring beetle prefers red oak and other oak trees. They lay eggs onto twigs. Once hatched, the larvae bore into twigs in a spiral fashion until there are clusters of dead leaves. The longhorn beetle is gray-brown in color. The adult beetles appear at the end of the summer. The female beetle chews the twig, girdling it and laying eggs on it. The twig then withers and dies. The new larvae thrive in the dead twig. The behaviour of these two insects could be another explanation of excessive twig fall.

Question:

Complete the table by matching the phrases below

Directions: Select the appropriate phrases from the answer choices and match them to the tree type to which they relate. Some of the answer choices will NOT be used.

Coniferous trees Deciduous trees

Answer Choices

  • Needles are shaped upward to prevent leaf-fall
  • Needles are shaped specifically to allow the shed of snow.
  • Broad leaves help to cause a faster rate of photosynthesis
  • Deciduous leaves become orange and red due to the increase of the hormone auxin
  • Deciduous trees shed more leaves in warmer climates
  • Autumn-colored trees are caused by the increase in yellow, red and orange pigments as chlorophyll drops.

I’ll give you some tips to solve this type of question. There is no logical order of steps to solve this question. You need to combine and keep these following tips in mind while choosing for correct answers.

Tip 1: Find evidence

There will normally be two or three columns with different title heads. They are the different categories. You need to make sure you understand all the categories thoroughly in order to choose correct answers.

Every correct answer needs to be backed up directly by evidence from the text. Skim through all the choices then read them again carefully one by one. After reading each one, look back at the text to look for evidence. If you find evidence that you are confident about, choose that options immediately. You’ll have time to check through them again by the end. Don’t wait till you read through everything since you may be confused about all the choices you have. Deal with them one by one.

Tip 2: Eliminate incorrect information

This seems like an obvious tip: eliminating the options with incorrect information. The point of this tip is that you eliminate the options as soon as you know it’s wrong. This question is one of the last questions for every reading. By the time you reach this question, you have already known much about the reading. If you think an answer is correct, you still should check the text for evidence. However, if you think an option is wrong, you can eliminate it without re-checking the text. Checking wrong answer takes more time than looking for evidence to back up right answers because you have to read through the whole text to make sure there is no evidence to support that choice.

The answers to this question is (B) and (C) in the coniferous trees section, and (F) is in the Deciduous trees section. There are sentences in the text that directly support the options.

(B): ‘The thin shape of the needles and position of evergreen branches allow the leaves to shed snow’ (from Paragraph 3, lines 5 and 6)

(C): ‘ Broad-leaved trees in temperate zones of the world shed their leaves as days get shorter in the autumn and winter seasons. This is because the leaves are no longer making new chlorophyll through photosynthesis due to less light ’ (from Paragraph 3, lines 6 to 8)

(F): ‘The red and yellow pigments of the leaves’ blades become visible, causing the bright orange, red and yellow-colored autumn leaves.’ (from paragraph 3, lines 8 to 10)

Paraphrase question

The paraphrase question gives you a sentence in the prompt and asks you to choose the answer choice that summarizes that sentence best. This type of question can be tricky since the answer choices are similar to each other. The trick to solving this question is to understand the keywords and dynamic in the prompt sentence. Let’s look at an example.

Example:

Which sentence is most similar to the following sentence from paragraph 4?

Question:

Taking a simple van out to the beach will give you a close encounter of a frigid degree.

  • The cold weather will cause problems for your van when you arrive at the beach.
  • Vans are the best form of beach transportation due to their ability to handle cold weather.
  • Close encounters require a newer-model van.
  • Travelling by van to the coast is one way to have a close encounter in the icy temperatures.

Step 1: Analyze the sentence

It is important to understand the relationship between ideas in the sentence. Those relationships can be: general-details, cause-effect, conditional, etc…In this example, the relationship between ideas is cause and effect. The cause is taking the van to the beach, and the effect is having a close encounter of a frigid degree. From this analysis, we can start to eliminate some answer choices that do not keep the original dynamic of the sentence in the prompt. (B) and (C) are eliminated because the ideas in the two choices do not have a cause and effect relationships.

Step 2: Paraphrase and reorganize

Ideas can be presented in many different ways with different synonyms and linking words. For example, frigid degree can also mean cold weather (in answer A) and icy temperature (in answer D). Checking the sentence in the prompt and looking for the same words or synonyms in the answer choices are good ways to make sure no important information in the prompt is left out in the choices. The answers that miss out important information are wrong. In this example, both answer A and D have all the important keywords from the prompt sentence.

Step 3: Compare and contrast

As said earlier, this type of question is tricky because the correct answer is very similar to the wrong choices. However, there are still differences between the options. In this final step, you need to compare and contrast the options and choose the one that is closer in meaning to the prompt. The difference can either be subtle or big, but remember, every difference changes the meaning of the answers. You need to be able to point out the difference to choose the correct answer. (A) and (D) are very similar to each other. Their one difference is the word problems. The word problem makes (A) having a cause and negative effect relationship, which is not the same as the prompt sentence. (D) is the correct answer.

Purpose

Purpose question asks why a detail or argument is used in the paragraph. In other words, it asks for the purpose of an idea or detail in the passage. Purpose question requires careful reading of the whole passage, not just a few details or sentences. To answer this question, you need to understand the overall purpose of the passage then figure out how the asked detail fits into the big purpose of the passage.

Example:

Charles Darwin, in On the Origin of Species, suggests that the eye evolved from "an optic nerve merely coated with pigment, and without any other mechanism" to "a moderately high stage of perfection". Darwin presented intermediate grades of evolution and made suggestions that were soon shown to be correct. Since this time, modern scientists have been putting forward work on the topic of eye evolution, suggesting that the eye developed from a vertebrate patch of photoreceptors. Current research validates the theory of Darwin.

Question:

In paragraph 2, why does the author mention Charles Darwin’s Origin of Species?

  • Because Darwin’s theory and suggestions were not correct, and later researchers proved this.
  • Because Darwin’s theory and suggestions were soon shown to be correct and validated by later researchers.
  • Because Darwin was the first researcher of eye evolution.
  • Because Darwin’s Origin of the Species is a book about the evolution of eyes.

Step 1: Understand the passage

Read the whole passage once. You don’t have to understand everything in the passage. But if you do not at least have the general idea of what the passage is about, read again more carefully. If you do understand, make sure you can answer the following questions:

  • What is the main topic or theme of the passage?
  • Is the passage opinionated or factual?
  • If it is opinionated, is the passage positive or negative?

By answering these questions, you can start to guess whether the detail you were asked in the prompt is a neutral fact, or part of an agreement or objection to the main topic. In this example, we can see that the main topic is about how positively Charles Darwin’s Origin of Species has affected modern research on eye evolution.

Step 2: Look for linking devices

Then read the question prompt and all the answer options. Keep the answer options in mind while read or skim through the passage the second time. Pay attention to words that appear both in the passage and the answer choices. Underline those words for easier comparison in the next step. In this example, those words would be ‘correct’, ‘eye evolution’, and ‘validate’ (or ‘prove’).

Often (but not always), there will be more than one answer choice that contains one of the keywords. However, the keywords, when used in some of the answer choices, are used with the wrong context compared to the text. For example, there is the word ‘correct’ in both (A) and (B). However, in the passage, the text says Charles Darwin’s theory is correct. (A) says ‘not correct’ which is directly the opposite of the text. We can eliminate (A).

Step 3: Eliminate irrelevant answers

After eliminating wrong context answers, the next step is to eliminate irrelevant answers. Irrelevant answers will contain details that are not in the passage. For example, the passage has never mentioned of Darwin as the first researcher of eyes evolution. (C) is not our answer.

(D) is also wrong. It is a bit harder to eliminate (D) than (C) since there are details in the reading that can cause the misunderstanding. However, pay close attention to the word ‘suggest’ in sentence 1. The book only suggests some details about eye evolution. In other words, whatever the book is about suggests the idea of eye evolution. The book itself is not about eye evolution. After eliminating all the irrelevant answers, we should have one correct, and relevant answer left. The answer is (B)

Reference

Reference question is the type of reading question that will take you less than twenty seconds to read both the question and all the options. However, it will also be the type of question that tricks you into confusion. You will understand clearly the question and all the choices (which do not always happen with all other question types), and you still do not know what to choose. We will show you how to effectively solve this question so you can save your precious time for other questions that require more reading.

Let’s start with an example:

In summary, the challenge for historians in understanding Sumerian civilization is that most references and information about it come from the writings of other civilizations. Even the ancient Bablyonians considered the Sumerians an old civilization by their time. Even though archaelogists are still searching for clues to unlock the history of the Sumerians, much information about these ancient people remains unknown. In conclusion, Sumer is an ancient civilization with cities at the bottom of a sea, referenced by other ancient civilizations with few tantalizing clues of their shrouded past.

Question:

The word ‘it’ in the paragraph refers to

  • Historians
  • Babylonian civilization
  • Information
  • Sumerian civilization

With our proposed 4 steps, you will answer this question not only correctly but also quickly.

1) Read only a few sentences

The key to solving this question is to not read too much. As strange as it sounds, with reference questions, the more you read, the more you may be confused. You are likely to find the correct answer within the sentence you are asked about. According to the basic rules of coherence, pronouns are used to substitute for something or someone that is mentioned right before the pronouns. So in this example, you only need to read the first sentence closely. Keep in mind that you will not use any information obtained throughout the reading that is not in the sentence you read.

2) Identify the word’s function and plurality

Next step is identifying the function of the word that is asked. In this example, you need to identify the function of ‘it’ within the sentence. You need to decide whether it is a subject or an object. In this case, ‘it’ is an object pronoun. You will only pay attention to the closest object pronoun in the sentence. Besides, since ‘it’ is a singular pronoun, you know that the answer should be a singular choice as well.

3) Eliminate wrong answers

From step 2, you know that the answer will be part of previously mentioned object pronoun and singular. Looking at the four answer choices, you can now eliminate option (A) and (B). (A) is plural, and (B) has never mentioned before ‘it.’

4) Substitute answers

Finally, if you still have more than one answer, try substituting the options for ‘it’. When you substitute answer (C) ‘ information’ into the sentence, the sentence makes no sense. Therefore, the correct answer is (D).

Sentence insertion

Sentence insertion question asks you to place a sentence in a paragraph in the text. You never can be too careful with the choices for this question. Even when you think you know the correct answer, it is a good idea to try the sentence in all the locations before settling down. The trick for this type of question is to look for as many linking devices, terms, pronouns, and connections between the sentence and the paragraph as possible.

Question

Examine the four █ in the selection below and indicate at which block the following sentence could be inserted into the passage:

These cultural considerations pre-empt the otherwise endangered status of the species.

█ [A] For the polar bears, Kaktovik has one great attraction: the bone pile. █ [B] Specifically, the bone pile left over from the annual hunt for Bowhead whales █ [C] The Bowhead whale is an endangered species, however the Inupiat are allowed a quota of three per year due to cultural considerations █ [D] The meat provided from the Bowhead whales provide enough food for the Inupiat to survive the winter.

Any coherence is important in this type of question. Coherence is the key to finding the connection between the sentence and the paragraph. Usually, the sentence will have some kinds of coherence to give you a clue about its location.

Step 1: Transitions

There can be a transition word at the beginning of the sentence to give you an idea about its relationship with the surrounding sentences like ‘ however’, ‘and’, ‘so’, ‘but’, ‘therefore’…If the transition words are ‘and’, ‘so’, ‘therefore’ or something along the line, the sentence before the prompt sentence will share the same ideas and opinions with the prompt sentence. If the transition words are ‘yet’, ‘but’, ‘however’, or some other contrast transition, the sentence previous to the prompt will be contradicting to the prompt sentence. Using transitions, we can start looking among the location options in the paragraph to find possible locations.

Step 2: Pronouns

Another coherence you can look for are pronouns in the prompt sentence: ‘they’, ‘these’, ‘those’, ‘this’,…You can look for what these pronouns refer to. The rest of the prompt sentence will give you hints. In this example, right after ‘these’ is ‘cultural considerations.’ It means the cultural considerations are mentioned right before the prompt sentence. In this example, we can tell the correct answer is (D).

Extra tip: General/Specific details

In other cases where the two steps alone is not enough to figure out the correct answer. An extra tip is to look for the details in the prompt sentence. In this type of question, if the prompt sentence depicts many specific details, look for sentences in the paragraph that shares the same topic with the prompt sentence but more general, and vice versa. Ideas in the paragraph are often written in a ‘general to specific’ formula. Use this rule to look for locations that the prompt sentence can fit in.

Summary questions

The summary question is one of the two question types that are not the usual one answer multiple choice. The summary question requires you to choose three correct answers, not just one. It is also important to know that in this question, sometimes there are more than three correct answers, so you don’t just choose the correct ones, you need to choose the three best ones.

To choose the best answers, you need to read the whole text and understand it. This question type is normally one of the last questions for every text. Answering other questions, by the time you see the summary question, you already have a good understanding of the whole text. What you need to do to choose correct answers is the careful selection. Let’s look at a text for an example.

Example:

[1] The Sumerian civilization existed centuries before Alexander the Great conquered swathes of land around the Mediterranean and Middle East and long before the Roman Empire became known as the greatest power of ancient times. The Sumerian civilization remains an enigmatic mystery that continues to baffle historians worldwide. It was possibly the first urban civilization established in the historical region of southern Mesopotamia. Sumer itself rose on the flood plain in the lower region of the Tigris and Euphrates rivers, an area called the 'cradle of civilization'. The Sumerians emerged around 4000 B.C.E. and were organized together as city-states. Some of the important Sumerian city states were on land that has since been absorbed by the Persian Gulf. In fact, it is in the Persian Gulf itself that many historians believe the key to the origins of the Sumerian civilization lies.

[2] One of the greatest mysteries is the exact origin of the Sumerians. Many historians and archaeologists disagree on where the Sumerians' homeland was. Ancient Sumerian literature gives reference to their homeland being a place called 'Dilmun', the location of which remains obscure. The Sumerian language is an agglutinating language—one that forms words by adding affixes to the word's core meaning. Other agglutinating languages include Turkish, Hungarian, Finnish, and Inuit. However, neighbouring languages to Sumer share little of its morphology. In addition, numerous animal-deities in the Sumerian pantheon suggest a pastoral history, but do not indicate a location of origin. Historians generally conclude that Dilmun is most likely an island in the Persian Gulf, perhaps the modern country of Bahrain. Until now, no ruins have been found to link the ancient Sumerians to any island in the Persian Gulf. These types of ruins are pivotal in proving the ancestral home of the Sumerians. Therefore, without any ruins, the Sumerian homeland remains unknown.

[3] Sumerian culture centred around a priesthood and temple life. City-states were organized around the temple and non-priests were either craftsmen or peasants that devoted their work and lives to appeasing the gods. Disasters, droughts and calamities were blamed on a local deity being overpowered by other gods acting together. As a result, the priesthood maintained its power and control over the Sumerian day-to-day life. Finally, the other castes within Sumerian city-states were the warriors charged with defending the city. Over time, the warriors became more prestigious and powerful within Sumer as the grip of the clergy began to erode. As a consequence, Sumer gradually shifted toward a more warrior-led civilization.

[4] Between 4000 and 2000 B.C.E. Semitic immigrants regularly moved into Sumerian territory, slowly inundating Sumer. By 2000 B.C.E., Sumerian city-states were forced to form defensive alliances as the warriors became more powerful. The image of the priesthood was undermined as they were forced to make alliances. Moreover, the increasing importance of warriors instigated a power shift in the Sumerian civilization which led to the existence of its first King. Finally, in around 2000 B.C.E. King Sargon of Akkad conquered the Sumerians in the creation of the world's first multi-ethnic empire. The Akkadian Empire is also considered as the first civilization built upon the shared characteristics of the Sumerians. In fact, the lost Akkadian city was rumored to have been built by Sumerian craftsmen.

[5] In summary, the challenge for historians in understanding Sumerian civilization is that most references and information about it come from the writings of other civilizations. Even the ancient Bablyonians considered the Sumerians an old civilization by their time. Even though archaelogists are still searching for clues to unlock the history of the Sumerians, much information about these ancient people remains unknown. In conclusion, Sumer is an ancient civilization with cities at the bottom of a sea, referenced by other ancient civilizations with few tantalizing clues of their shrouded past.

Directions: An introductory sentence for a brief summary of the passage is provided below. Complete the summary by selecting the THREE answer choices that express the most important ideas in the passage. Some sentences do not belong in the summary because they express ideas that are not presented in the passage or are minor ideas in the passage. This question is worth 2 points.

Question:

The Sumerian civilization was one of the first and most developed civilizations of the ancient world, considered old even by its other contemporary civilizations.

  • Alexander the Great was the first ruler to conquer Sumer.
  • The Sumerian language closely reflected many of its neighboring languages.
  • Sumer emerged between the Tigris and Euphrates rivers-called the ‘cradle of civilization.’
  • Information about the Sumerians is hard to find as the majority of historical references come from other contemporary civilizations.
  • The location of the Sumerians’ homeland, Dilmun, remains a mystery.
  • The priesthood caused the downfall of the Sumerian civilization.

Step 1: Eliminate the wrong answers

This step is important, and it can be the only step needed for this type of question. Eliminate the answer options that present incorrect information or do not include correct information. In other words, you eliminate the wrong choices and the irrelevant options. Read through all the options and mark the ones that you can immediately realize that is wrong or correct. If you understand the text, after carefully reading the options, you can pick out the wrong answers and right answers. In this example, the correct answers are (C), (D), and (E). There are sentences in the text that directly support these answers. Those sentences are as following:
(C): ‘Sumer itself rose on the flood plain in the lower region of the Tigris and Euphrates rivers

(D): ‘ The challenge for historians in understanding Sumerian civilization is that most references and information about it come from the writings of other civilizations

(E): ‘…without any ruins, the Sumerian homeland remains unknown.

If you can’t decide whether or not the option is correct, leave them and come back later. You can only choose three options. Choose the three best ones. Even if there are options that you are not sure about, and you find three options that you are confident that are correct already, you can go with those three answers.

Step 2: Eliminate minor details

This second step is optional. Sometimes you need this step; sometimes you don’t. In the direction section in the prompt, there is an understated point saying that the wrong answers are not only the one with incorrect information but also the one with ‘minor details in the passage.’ An option including correct information is not enough; those information needs to be important and major in the text. Eliminate options that are too detail specific. Ask yourself if you do not know all the details in that option, will the main idea of the text change? If the answer is no, then it’s an option that contains only minor details. Eliminate it and move on.

 
Keywords In The Practice
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This task measures your ability to process written texts for meaning and form. You will be given one short 70–100 word long academic paragraph. In the paragraph, there will be 10 words with missing letters. You will complete the missing letters for each word.

Each correctly spelled word is worth 1 point. There are no part marks.

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Fill in the missing letters in the paragraph
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Tips to improve your reading speed
To get a high score on the TOEFL reading section, you need to have a fast reading speed. To have a fast reading speed, you need to improve your vocabulary and practice dissecting sentences. One strategy to dissect a sentence is to look for the subject and verb of the sentence. Finding the subject and verb will help you better understand the main idea of said sentence. Keep in mind, a common feature of a TOEFL reading passage is to join strings of ideas to form long compound sentences. This produces large chunks that students have a hard time absorbing. Do not get overwhelmed by its length, just look for the subject and verb, the rest of the ideas will flow.

Keep in mind, having a slow reading speed makes skimming or scanning a reading passage more difficult. The process of quickly skimming through a reading passage for specific keywords or main ideas is a requirement for you to employ successful reading strategies to improve your TOEFL reading score. In other words, skimming is a critical skill to ensure you complete all questions in the allotted time frame.
TOEFL Reading Strategies
Once you can read and comprehend a passage with a rate of, at least, 220 words per minute, you'll be ready to start implementing our strategies. All too often, students spend too much time reading the passages and not enough time answering the questions. Here is a step by step guide for tackling the reading section.

1.Skim through the entire reading passage and get a rough idea of what the reading passage is about.

2.Read the question and start scanning the paragraph for related words or keywords from the question. (Most questions will tell you which paragraph the question is referring too.)

3.Quickly read the sentence with the related keywords and the sentences surrounding it to find the answer.

4.Can't find the answer? Skip this question and come back later. There are at least 3 reading passages each with 14 questions. Complete all the questions that do not require you to thoroughly read the passages. Once done, go back to each skipped question and now read the passage carefully keeping note how much time and questions you have left.
TOEFL Reading Question Types

The TOEFL reading test contains 10 different question types:

VocabularyLesson: Vocabulary Question
ReferenceLesson: Reference Question
Essential InformationLesson: Essential Information Question
InferenceLesson: Inference Question
Sentence InsertionLesson: Sentence Insertion Question
PurposeLesson: Purpose Question
DetailLesson: Detail Question
Negative FactualLesson: Negative Factual Question
Complete the SummaryLesson: Complete the Summary Question
Complete the TableLesson: Complete the Table Question

Improve Your Reading Speed

Time is critical during the reading test. Being able to read and "UNDERSTAND" each passage quickly will seriously help you score higher in the reading test.

The reading test consists of 3 - 4 passages and 36 - 56 questions. The time allotted for the reading test depends on how many questions you must answer. 80 minutes is the max amount of time given.

Let's do the math on the following max case scenario:

Reading Test Details

  • 56 questions
  • 4 passages
  • 80 minutes

Let's say you were able to read each passage in 0 seconds. That's right, 0 seconds.

80 minutes / 56 question = 85 seconds or 1.25 minutes

Without reading the passages, you only have 1.25 minutes per question and some of the questions are tough and will need maybe 2 - 3 minutes to complete.

I hope you are beginning to understand how important reading speed is to succeed at the TOEFL reading test.

Now, we will take into account time to read the passage. Let's say it takes you around 8 minutes to read each passage. That will only leave you with 48 minutes to answer 56 questions.

Therefore:
48 minutes / 56 question = 51 seconds per question.

51 seconds is not enough time!

However, after some training, you should be able to read each passage in less than 4 minutes. Reading the passage in less than 4 minutes will give you a considerable advantage and allow you to score higher.

Below are some training techniques you can use to improve your reading speed.

  1. Time yourself when you study for the test and note how long it takes you to go through a given passage. You will likely notice that you slow down when your level of comprehension drops down, and that’s normal! When you understand less, you need to slow down and read more carefully.
  2. Everyone reads at a different pace. Your task is to make your reading pace slightly faster for the very specific test-taking situation, so you can switch gears and go into full-speed mode if you need to.
  3. Apart from studying TOEFL-style academic passages, be sure to read other English language material as well. Read English literature, newspapers and magazines—reading a variety of English writing styles will help improve your reading speed.

Work on Your Comprehension Speed

Once you have worked on your reading speed and can finish a passage in in under 4 minutes (4 minutes is the preferred time for success), you are ready for the next step.

Now you need to teach yourself to remain calm and avoid stressing out when you encounter an unfamiliar word.

The reading section is full of unfamiliar challenging words, but don't worry, because they add them on purpose to test you. They want to test your ability to understand complex words by how they are used in the passage and do not expect you to look up each complex word in a dictionary..

Now that you are relaxed when facing the unknown word, here is what you do next...

IGNORE IT AND SKIP IT!

Simply continue reading the passage. By the end, you will have a better understand of what the word could mean.

The most important thing is to stay relaxed, not stress out, and maintain your 4 minute pace.

Learn TOEFL Vocabulary

To be clear, we are not contradicting our last tip about ignoring unfamiliar words. In fact, we expect you to read through the entire passage and try to understand the words on your own, before looking up the words for yourself.

Although we have a list of vocabularies already created for you, we also recommend having an English-to-English dictionary at your disposal for a couple reasons:

One, you can bring it with you everywhere you go and look up words you do not know.
Two, using a dictionary will allow you to familiarize yourself with synonyms (similar words) and antonyms (opposite words(.

NOTE:
Synonyms and antonyms are extremely useful for the TOEFL.

Don't get stuck. Keep Moving!

We have already talked about managing your time via improving your reading speed and ignoring unfamiliar words.

I guess you have started noticing a pattern in these tips... TIME MANAGEMENT IS CRITICAL!

Never get stuck. Keep moving until the end. The reading test allows you to go back to previous answers quickly. (Take a look at our TOEFL Simulated Reading Test for a better understanding of how you can quickly navigate through the reading test questions.)

Finish all the questions you know, then go back and finish the tougher questions. The worst thing you can do is get stuck on a tough question and maybe get 1 point for figuring it out, but end up losing out on 3 or more points of potentially easy questions because you ran out of time.

Vocabulary Question

Vocabulary questions are often very straight forward. One or two words are underlined in the passage. The multiple choice question will ask you to choose an option that is closest in meaning to the underlined word. There are a few tips to help with a vocabulary question. However, it is important to keep in mind that there is no exact way to get around this question besides having as many vocabulary memorized as possible.

Within this type of questions, they are two smaller types:

  1. the explanation
  2. the synonym

1) Explanation question

This is the easier type of vocabulary question between the two. The question will ask you to choose the option that explains the underlined word the most accurate. You have a high chance of knowing the answer if you know the underlined word in the paragraph. Let’s look at an example.

Example:

[1] It is believed that eyes evolved over a few million years during the Cambrian explosion, a rapid period of evolution. Prior to this era, there is no direct evidence of eyes. Eyes have a vast range of adaptations to meet the needs of the organism. They vary in visual acuity, the array of wavelength detected, sensitivity in low light, color discrimination and their capacity to identify motion.

Question:

The word ‘evolution’ in paragraph 1 is closest in meaning to:

  • Progress
  • Change in habits and behavior
  • Change in heritable traits
  • Development of the human species

Step 1: Substitute

If you know what the word ‘evolution’ means, then the answer is clear. It’s (C) Change in heritable traits.

If you don’t know what the word means, you need to make an educational guess to wiggle out of this question. Your guess needs to base on the information in the passage. You have to be careful since the answer choices are usually very close to each other in meaning.

You can substitute the answer choices for the underlined word, then reread the sentence to see if the substitutions make sense with the rest of the passage. This way, you can recognize some wrong choices.

Step 2: Eliminate wrong choices

The elimination process can be difficult in this situation since the choices are close in meaning. To do the elimination process correctly, you need to make sure to always focus closely on the topic that being discussed in the passage and make no assumption.

Choice (D) is wrong since it only mentions the human species. It is easy for test takers to make the assumption connection between eyes and human species. However, that connection is never mentioned in the passage, so is the word ‘human.’ The passage uses a very general word of ‘ organism’, not ‘human.’

Choice (A) and (B) are wrong because they do not talk about physical features. The changes of the eyes the passage talks about are all physical details. Choice (A) and (B) talk about the habitual and behavioral changes instead of the physical changes. Habitual and behavioral changes are not mentioned in the passage.

With the elimination process, you can end up choosing the correct answer (answer C) without knowing the actual vocabulary in the passage.

2) Synonym question

With the synonym, you will also be asked about an underlined word in the passage. However, the option choices are not explanations of the word but other synonyms. To answer this question fast and correctly, you do not only need to know the underlined word (like in the explanation type) but also need to know all the four option choices or at least most of them.


Example:

[2] Charles Darwin, in On the Origin of Species, suggests that the eye evolved from "an optic nerve merely coated with pigment, and without any other mechanism" to "a moderately high stage of perfection". Darwin presented intermediate grades of evolution and made suggestions that were soon shown to be correct. Since this time, modern scientists have been putting forward work on the topic of eye evolution, suggesting that the eye developed from a vertebrate patch of photoreceptors. Current research validates the theory of Darwin.

The word ‘validates’ in paragraph 2 is closest in meaning to:

  • Confirms
  • Negates
  • Contradicts
  • Questions

Step 1: Apply the negative-neutral-positive technique

If you know the underlined word ‘validates’ as well as all four answer choices, you can tell immediately that the correct answer is (A) Confirms.

If you only know a few of the vocabulary, you still have no other choice but make an educated guess to eliminate some obvious wrong choices. You’ll count on the negative-neutral-positive technique.

First, since we can tell that validate is a verb, we temporarily substitute the word with ‘do something’ or ‘have an action.’ From the sentence containing the word ‘validates’, we’ll get a sentence saying ‘current research’ does something to ‘the theory of Darwin.’ We need to know if ‘current research’ does something positive, negative or has no effect on the ‘the theory of Darwin.’ The rest of the passage mentions Darwin a few times together with his quotes and findings in very positive way, saying Darwin’s theory is paving the way for further modern research. Therefore, we know that the correct answer needs to be a positive word. So choices (B), (C), and (D) all have negative connotations. (A) is the only one that has a more positive connotation than the other options. Therefore, it is the correct choice.

Step 2: Use word parts

Finally, if step one alone is not enough to help you, one last tip for this type of question is to use word parts. When you have no idea what any of the words mean, you can still guess the words to combine with the positive/neutral/negative tip above.

1) Connection to a known word
You can try connecting the unknown word with a word you may know before. For example: if you don’t know what ‘successful’ means but you know the word ‘succeed,’ you can guess that ‘successful’ is another part of speech with the same origin with ‘ succeed.’ When you have nothing else to base your guess on, and you can think of another word that looks “similar,” go ahead and make a bold guess.

2) Prefixes and suffixes
And if you don’t know any other relatable words to the unknown word, your last resort is to base your guess on the prefixes and suffixes. The prefixes and suffixes won’t give you the meaning of the word, yet they can at least let you know whether the connotation is positive, or negative. If the word has prefixes like anti-, non-, un-, or in-, the word is likely to have a negative connotation. If the prefixes are am-, con-, ben-, etc…, the word is likely to have a positive connotation. Creating and memorizing a list of prefixes and suffixes will help you a lot in guessing vocabulary.

Detail/ Negative detail question

This question type asks you to identify specific details within the asked paragraph, not a general idea or theme from the whole reading. It is important to focus only on the paragraph and make no assumption from connections from the rest of the reading.

There are two types of questions:

  1. detail
  2. negative detail.

Detail type

Detail question asks you to choose a detail that exists in the paragraph.

Negative type

Negative detail question asks you to choose the answer choice that is not in the paragraph. Let’s look at a detail question as an example for some tips for this type of question.

Example:

Natural selection contributes to the basis of Darwin's Theory of Evolution. One of the core tenets of Darwin's theory is that more offspring are always produced for a species than can possibly survive. Yet, no two offspring are perfectly alike. As a result, through random mutation and genetic drift, over time offspring develop new traits and characteristics. Over time beneficial traits and characteristics that promote survival will be kept in the gene pool while those that harm survival will be selected against. Therefore, this natural selection ensures that a species gradually improves itself over an extended duration of time. On the other hand, as a species continues to 'improve' itself, it branches out to create entirely new species that are no longer capable of reproducing together.

Question:

According to the paragraph, what are the causes for species developing new traits and characteristics?

  • Medicine and longevity
  • Survival and selection
  • Mutation and genetic drift
  • Tenets and theory

The following 2 steps will help your success rate at answering this question correctly.

Step 1: scanning for information from the question

The keyword in the question is ‘developing new traits and characteristics.’ You need to scan for exact or similar information from the paragraph. In this example, the phrase ‘develop new traits and characteristics” appears exactly in sentence 4. After this first step, you know where in the passage to read closer.

Step 2: elimination

Reread the full question again (not just the keyword like in step one) to make sure whether the question asks for who, how, why or what. Then read a few sentences around sentence 4. In this case, it will be sentence (3), (4) and (5). After reading those sentences, you can eliminate option (A) and (D) immediately since those details are not in the sentences you just read. (B) is also not the correct answer. Even though the details in (B) are in the sentences, survival and selection are the results of ‘new traits and characteristics’ not the causes of them. After eliminating all, we can accept (C) as the correct answer.

Inference question

Inference question requires you to make logical assumptions and connections based on the information in the passage to come up with a new conclusion. In other words, inference question asks you to pick up on information that is indirectly suggested, and not directly stated in the passage. Questions of this type often contain words like ‘imply’, ‘suggest’, or ‘infer’ in the question prompt.

Example:

[1] It is believed that eyes evolved over a few million years during the Cambrian explosion, a rapid period of evolution. Prior to this era, there is no direct evidence of eyes. Eyes have a vast range of adaptations to meet the needs of the organism. They vary in visual acuity, the array of wavelength detected, sensitivity in low light, color discrimination and their capacity to identify motion.

Question:

Which of the following can be inferred from paragraph 1 about eyes before the Cambrian Explosion?

  • We can safely assume eyes existed prior to the Cambrian Explosion.
  • We can safely assume eyes did not exist prior to the Cambrian Explosion.
  • We can assume that prior to the Cambrian Explosion, eyes varied in visual acuity.
  • Prior to the Cambrian Explosion, eyes had not ability to identify motion, color or light.

Follow these steps to tackle this type of question.

Step 1: Search for keywords and look for evidence

The keywords in the question prompt are ‘before’ and ‘the Cambrian Explosion.’ Normally, in inference questions, prepositions are important. Pay close attention to the prepositions.

You need to reread the passage to find any information that refers to ‘the Cambrian Explosion.’ In this example, the first two sentences have mentioned the term. Read these two sentences closely. Then you can move on to reading the answer choices, one by one. Every time you read an option, you need to skim back at the passage to see if the option is back up by information from the text. If an option is a correct choice, you should be able to point to the section in the text that allows you to make the inference. Again, pay close attention to the prepositions. They can be tricky in this type of question.

Step 2: Eliminate wrong answers

In our example, (A) is wrong since it is the opposite of what is stated in the first two sentences of the paragraph. The sentences say that eyes evolved during the Cambrian explosion, and there is no evidence of eyes prior to this era. (C) and (D) are also wrong. Even though visual acuity and other abilities of eyes are mentioned, in the passage, those information about abilities have no connections with the Cambrian explosion. Furthermore, from the first two sentences, we can safely infer that eyes do not exist before the Cambrian explosion, so the discussion about eyes’ abilities are irrelevant. Therefore, after eliminating all wrong choices, the correct choice is answer (B).

Extra tips:

To answer this question, you need to understand all the concepts in the passage so from there, you can make further logical implications. However, you also need to be careful not to infer too much or too far from the text. All of your inferences need to be backed up directly by information from the passage. Let’s look at an example of this type of question.

One extra tip: avoid answer choices that contain extreme language, go for more modest answers. Answer choices with extreme words like ‘absolute’, ‘none’, ‘very’, etc… are often trick answers.

Negative Factual

The negative factual question is the only type of question that asks you to choose the incorrect answer. The key to this answer is the word ‘except’ that is in all CAPS at the end of every question. This question will have four answer choices like all other multiple choice questions in the TOEFL. However, there will be three correct answers and one incorrect answer, and you need to choose the incorrect one. This question may not be difficult, yet it can be very confusing. Let’s look at an example to understand this question further.

Example:

[1] Frogs are known as one of the most diverse scientific order of vertebrate species in the world. Nevertheless, they are often overlooked by humans. In fact, these carnivorous amphibians date back in fossil record to the early Triassic period in Madagascar. However, molecular dating suggests they may even date back to the Permian period over 265 million years ago. As a result, their ancient pedigree contributes to the fact that frogs can be found all over the planet—even in subarctic climates. In spite of this range of inhabitation, the majority of frog species are found in tropical rainforests where they enjoy the greatest diversity. In short, frogs are composed of a unique anatomy and have prolific reproduction habits leading to a broad population.

[2] The scientific order of Anura consists entirely of a different species of frogs. Frogs share numerous characteristics across species. They have a stout body, large protruding eyes, cleft tongues, folded limbs and no tail. Moreover, one of the more intriguing characteristics of frogs is their skin. Frogs have glandular skin which can secrete liquids and mucus. Because of these secretions a frog can simply cause its skin to taste particularly foul to a predator, or they can be highly toxic even to touch and ingest. The skin itself has a broad palette of colours. Similar to snakes, the skin colours and patterns of frogs are intended either to disguise or to ward off would-be predators. Some species have evolved colours to camouflage into their habitat and avoid predators. Conversely, other species have developed bright, vivid colours to advertise their toxicity to any hungry predators. The skin is semi permeable, which means frogs are vulnerable to severe dehydration in dry environments. This leads to their preference for tropical, damp and humid habitats.

[3] As a result of being an amphibious species, certain frogs choose different environments to lay their eggs. For example, a minority group of frog species will actually lay their eggs on land; however, the vast majorities choose to lay their eggs in water where they will hatch into tadpoles. Tadpoles are an aquatic larvae complete with tails – which disappear later - and internal gills. As tadpoles’ natural habitat is ponds and streams, they have a diet of planktivorous and herbivorous foods. As tadpoles mature into adults, their bodies develop characteristic features of frogs and consequently, they adopt a much more carnivorous diet. In addition, adult frogs are one of the more efficient converters of food into body mass. The importance of this characteristic is that frogs are an integral part of almost any ecosystem they belong to as a key nutritional source for predators. Although they are diminutive in size, they have a large impact on the dynamics of ecosystems.

[4] Frogs, like many other species, have specific breeding seasons that can trigger hormone-dependent sexual characteristics. In addition to an arsenal of vocal cords to attract mates, male frogs develop special pads on their thumbs to provide a firmer grip while mating with a female. This firm grip stimulates the female, and as a result they will release eggs to be fertilized. Sperm is ejected directly from the cloaca directly onto the eggs, typically wrapped in jelly, as the female lays them. The sexual organs -testes and ovaries - are attached to frogs’ kidneys, due to their small-sized anatomy. Fertilized eggs will later develop into tadpoles.

[5] Frogs are not only valued by humans for food, but also for their roles in literature, symbolism and religion among various cultures around the world. However, the global frog population has been in decline since the 1950s. Since the 1980s, more than 120 species have become extinct. Moreover, a third of the frog species is threatened by extinction. A major problem for the global frog population is a fungal disease known as chytridiomycosis. This emerging disease is a mystery to conservation biologists and threatens frogs around the world. The frog population may continue to decline if a solution is not found to combat this disease. Frogs are now a key focus for the conservation movement and biologists as they face many new challenges in a changing ecosystem.

Question:

According to paragraph 3, all of the following are reasons why frogs have a large impact on the dynamics of ecosystems EXCEPT

  • Frogs can covert food into body mass efficiently
  • Frogs have a carnivorous diet
  • Frogs are the key nutritional sources for predators
  • Frogs prefer to lay their eggs in water

Step 1: Read the question and the question choices

This question requires patience and carefulness. With other questions, sometimes you can read the first choice, realize it is the right one and choose it immediately. Never use that tactic with this type of question. From the example, you can see, this question asks you to choose the option that is incorrect. There is only one right answer to every question but there are three correct options, and you should not choose any of those correct options. The right answer to this question would be the only incorrect one. So you need to read the question carefully and thoroughly: both the question and all the answer options. Make sure you understand and can identify the information in as many answer options as you can. The options you need to eliminate are not only the ones that are mentioned in the passage but also answer the question asked correctly.

Step 2: Check off from the list

The right answer for this question will normally an option is contradictorily wrong with what the article states or not mentioned in the passage. So when reading through the question, if you can pick out the option that from the reading, you immediately know is correct, cross that one out. It will help you save time. If you can’t clear off all the correct options just from your knowledge, you need to look back into the passage to find direct proofs. If you don’t know for sure, do not assume anything is correct unless you can find direct proofs from the passage to support the info. Furthermore, the options you need to eliminate do not only need to be supported by the passage but also need to answer the question correctly. This is an important point that people often overlook. Remember to read the question carefully.

Some questions do not specify where in the passage you can find the information to answer the question. In that case, you need to read the whole passage to find information. However, that is not always the case. It is more likely that the question will specify what paragraph or what section you can look to find the answer. In this example, you can look into paragraph 3 to find the information you need. (A), (B) and (C) options are stated in the paragraph. Sentences that provide direct proofs to prove (A), (B), and (C) are mentioned in the text are as follows:

  • : adult frogs are one of the more efficient converters of food into body mass.
  • : they adopt a much more carnivorous diet.
  • : they belong to as a key nutritional source for predators.

You can eliminate (A), (B) and (C).

Step 3: Double check before final decision

Finally, even after you already eliminate all the three options that are mentioned in the passage, you should skim through the passage one last time to make sure the option you are about to choose is not mentioned anywhere in the article. Sometimes, the right answer to this question can be the option that has information contradict with what the passage mentions, which means the option can contain a topic that is mentioned in the paragraph but with a contradict opinion. So when reading and skimming through the passage, be careful not to be tricked by keywords. Some words in the option can be mentioned in the passage, but that does not mean the option itself is mentioned in the passage. If you see keywords that appear in both the option choice and the passage, read the sentence that contains the keyword carefully to make sure whether or not that sentence support the option choice and not answer the question correctly as well.

In this example, the correct answer is (D). (D) is correct because frogs’ preference to lay eggs in water does not have any effects on the dynamics of the ecosystem. So (D) is the answer you need to choose not because it is not mentioned but because it does not directly answer the question asked.

Organization questions

Organization or categorization is one of the two types of reading questions that you need to choose more than one answer. Similar to the summary type, organization question requires you to read and understand the whole text. However, unlike the summary type, instead of choosing major ideas and themes from the text, you need to pick out and categorize minor details. There is no limit on how many answers you can choose, but remember, not all the choices will be used. If by the end, you realize you have chosen and categorized all choices, there must be a mistake. In no occasion, all choices are correct.

Example:

[1] A tree is a perennial plant that consists of a long stem, trunk, branches and in most species, leaves. They have evolved their structure to compete for sunlight with other plants. Trees usually live for a long time, up to thousands of years old and they have existed on the planet for 370 million years. A tree has woody tissue and is surrounded by bark that protects the plant. The root of a tree anchors it in place and the branches carry leaves that capture light and process it into sugar by photosynthesis.

[2] The function of trees in our environment is invaluable. They release oxygen into our atmosphere and remove carbon dioxide, storing carbon in their own tissues. Trees prevent soil erosion by soaking up water in areas with high rainfall. In tropical rainforests and various other regions of the world, trees provide a habitat for a vast number of animal and plant species. Other functions of trees are in the provision of wood for fuel, cooking, heating, construction, paper production and fruit.

[3] The leaves of trees are formed for photosynthesis. The broad sizes and shapes of deciduous trees attract the light to be converted to energy. Coniferous trees sometime have needles which are adapted to environments with less water, such as frozen regions with a higher latitude and altitude. The thin shape of the needles and position of evergreen branches allow the leaves to shed snow. Broad-leaved trees in temperate zones of the world shed their leaves as days get shorter in the autumn and winter seasons. This is because the leaves are no longer making new chlorophyll through photosynthesis due to less light. The red and yellow pigments of the leaves’ blades become visible, causing the bright orange, red and yellow-colored autumn leaves. The synthesis of auxin - a plant hormone – also stops. Once the production of auxin ceases, the cells at the junction of the twig and the petiole of the leaf weakens and the leaf breaks off and falls on the ground. In regions of the world with more sun exposure, trees may not shed their leaves.

[4] There are several other reasons that trees shed leaves and twigs. During a drought season, trees often shed about ten percent of their leaves, thus losing less water. Another reason for leaf-fall is when vigorous trees shed excessive leaves to adjust to the summer heat. Moreover, leaves near the base of the tree are more likely to drop off due to lack of sunlight. Another cause is insect-tunnelling of leaf stalks, leaving short, fragile petioles which leads to more leaf-fall. Disease, such as Dutch elm disease or root rot, or injuries to the tree, is another source of leaf-fall. Fungus, such as leaf-spot disease, also causes increased shedding of leaves. Fungi such as anthracene and apple scab defoliate crab apple trees, sycamore, ash, white oak and maple.

[5] Squirrel activity or twig- girdling insects can also cause clusters of fallen leaves that are attached to short twigs. There are specific tree species, such as poplars, that shed twigs during moisture stress period. The end of the twig will be like a smooth curve. The metallic wood boring beetle prefers red oak and other oak trees. They lay eggs onto twigs. Once hatched, the larvae bore into twigs in a spiral fashion until there are clusters of dead leaves. The longhorn beetle is gray-brown in color. The adult beetles appear at the end of the summer. The female beetle chews the twig, girdling it and laying eggs on it. The twig then withers and dies. The new larvae thrive in the dead twig. The behaviour of these two insects could be another explanation of excessive twig fall.

Question:

Complete the table by matching the phrases below

Directions: Select the appropriate phrases from the answer choices and match them to the tree type to which they relate. Some of the answer choices will NOT be used.

Coniferous trees Deciduous trees

Answer Choices

  • Needles are shaped upward to prevent leaf-fall
  • Needles are shaped specifically to allow the shed of snow.
  • Broad leaves help to cause a faster rate of photosynthesis
  • Deciduous leaves become orange and red due to the increase of the hormone auxin
  • Deciduous trees shed more leaves in warmer climates
  • Autumn-colored trees are caused by the increase in yellow, red and orange pigments as chlorophyll drops.

I’ll give you some tips to solve this type of question. There is no logical order of steps to solve this question. You need to combine and keep these following tips in mind while choosing for correct answers.

Tip 1: Find evidence

There will normally be two or three columns with different title heads. They are the different categories. You need to make sure you understand all the categories thoroughly in order to choose correct answers.

Every correct answer needs to be backed up directly by evidence from the text. Skim through all the choices then read them again carefully one by one. After reading each one, look back at the text to look for evidence. If you find evidence that you are confident about, choose that options immediately. You’ll have time to check through them again by the end. Don’t wait till you read through everything since you may be confused about all the choices you have. Deal with them one by one.

Tip 2: Eliminate incorrect information

This seems like an obvious tip: eliminating the options with incorrect information. The point of this tip is that you eliminate the options as soon as you know it’s wrong. This question is one of the last questions for every reading. By the time you reach this question, you have already known much about the reading. If you think an answer is correct, you still should check the text for evidence. However, if you think an option is wrong, you can eliminate it without re-checking the text. Checking wrong answer takes more time than looking for evidence to back up right answers because you have to read through the whole text to make sure there is no evidence to support that choice.

The answers to this question is (B) and (C) in the coniferous trees section, and (F) is in the Deciduous trees section. There are sentences in the text that directly support the options.

(B): ‘The thin shape of the needles and position of evergreen branches allow the leaves to shed snow’ (from Paragraph 3, lines 5 and 6)

(C): ‘ Broad-leaved trees in temperate zones of the world shed their leaves as days get shorter in the autumn and winter seasons. This is because the leaves are no longer making new chlorophyll through photosynthesis due to less light ’ (from Paragraph 3, lines 6 to 8)

(F): ‘The red and yellow pigments of the leaves’ blades become visible, causing the bright orange, red and yellow-colored autumn leaves.’ (from paragraph 3, lines 8 to 10)

Paraphrase question

The paraphrase question gives you a sentence in the prompt and asks you to choose the answer choice that summarizes that sentence best. This type of question can be tricky since the answer choices are similar to each other. The trick to solving this question is to understand the keywords and dynamic in the prompt sentence. Let’s look at an example.

Example:

Which sentence is most similar to the following sentence from paragraph 4?

Question:

Taking a simple van out to the beach will give you a close encounter of a frigid degree.

  • The cold weather will cause problems for your van when you arrive at the beach.
  • Vans are the best form of beach transportation due to their ability to handle cold weather.
  • Close encounters require a newer-model van.
  • Travelling by van to the coast is one way to have a close encounter in the icy temperatures.

Step 1: Analyze the sentence

It is important to understand the relationship between ideas in the sentence. Those relationships can be: general-details, cause-effect, conditional, etc…In this example, the relationship between ideas is cause and effect. The cause is taking the van to the beach, and the effect is having a close encounter of a frigid degree. From this analysis, we can start to eliminate some answer choices that do not keep the original dynamic of the sentence in the prompt. (B) and (C) are eliminated because the ideas in the two choices do not have a cause and effect relationships.

Step 2: Paraphrase and reorganize

Ideas can be presented in many different ways with different synonyms and linking words. For example, frigid degree can also mean cold weather (in answer A) and icy temperature (in answer D). Checking the sentence in the prompt and looking for the same words or synonyms in the answer choices are good ways to make sure no important information in the prompt is left out in the choices. The answers that miss out important information are wrong. In this example, both answer A and D have all the important keywords from the prompt sentence.

Step 3: Compare and contrast

As said earlier, this type of question is tricky because the correct answer is very similar to the wrong choices. However, there are still differences between the options. In this final step, you need to compare and contrast the options and choose the one that is closer in meaning to the prompt. The difference can either be subtle or big, but remember, every difference changes the meaning of the answers. You need to be able to point out the difference to choose the correct answer. (A) and (D) are very similar to each other. Their one difference is the word problems. The word problem makes (A) having a cause and negative effect relationship, which is not the same as the prompt sentence. (D) is the correct answer.

Purpose

Purpose question asks why a detail or argument is used in the paragraph. In other words, it asks for the purpose of an idea or detail in the passage. Purpose question requires careful reading of the whole passage, not just a few details or sentences. To answer this question, you need to understand the overall purpose of the passage then figure out how the asked detail fits into the big purpose of the passage.

Example:

Charles Darwin, in On the Origin of Species, suggests that the eye evolved from "an optic nerve merely coated with pigment, and without any other mechanism" to "a moderately high stage of perfection". Darwin presented intermediate grades of evolution and made suggestions that were soon shown to be correct. Since this time, modern scientists have been putting forward work on the topic of eye evolution, suggesting that the eye developed from a vertebrate patch of photoreceptors. Current research validates the theory of Darwin.

Question:

In paragraph 2, why does the author mention Charles Darwin’s Origin of Species?

  • Because Darwin’s theory and suggestions were not correct, and later researchers proved this.
  • Because Darwin’s theory and suggestions were soon shown to be correct and validated by later researchers.
  • Because Darwin was the first researcher of eye evolution.
  • Because Darwin’s Origin of the Species is a book about the evolution of eyes.

Step 1: Understand the passage

Read the whole passage once. You don’t have to understand everything in the passage. But if you do not at least have the general idea of what the passage is about, read again more carefully. If you do understand, make sure you can answer the following questions:

  • What is the main topic or theme of the passage?
  • Is the passage opinionated or factual?
  • If it is opinionated, is the passage positive or negative?

By answering these questions, you can start to guess whether the detail you were asked in the prompt is a neutral fact, or part of an agreement or objection to the main topic. In this example, we can see that the main topic is about how positively Charles Darwin’s Origin of Species has affected modern research on eye evolution.

Step 2: Look for linking devices

Then read the question prompt and all the answer options. Keep the answer options in mind while read or skim through the passage the second time. Pay attention to words that appear both in the passage and the answer choices. Underline those words for easier comparison in the next step. In this example, those words would be ‘correct’, ‘eye evolution’, and ‘validate’ (or ‘prove’).

Often (but not always), there will be more than one answer choice that contains one of the keywords. However, the keywords, when used in some of the answer choices, are used with the wrong context compared to the text. For example, there is the word ‘correct’ in both (A) and (B). However, in the passage, the text says Charles Darwin’s theory is correct. (A) says ‘not correct’ which is directly the opposite of the text. We can eliminate (A).

Step 3: Eliminate irrelevant answers

After eliminating wrong context answers, the next step is to eliminate irrelevant answers. Irrelevant answers will contain details that are not in the passage. For example, the passage has never mentioned of Darwin as the first researcher of eyes evolution. (C) is not our answer.

(D) is also wrong. It is a bit harder to eliminate (D) than (C) since there are details in the reading that can cause the misunderstanding. However, pay close attention to the word ‘suggest’ in sentence 1. The book only suggests some details about eye evolution. In other words, whatever the book is about suggests the idea of eye evolution. The book itself is not about eye evolution. After eliminating all the irrelevant answers, we should have one correct, and relevant answer left. The answer is (B)

Reference

Reference question is the type of reading question that will take you less than twenty seconds to read both the question and all the options. However, it will also be the type of question that tricks you into confusion. You will understand clearly the question and all the choices (which do not always happen with all other question types), and you still do not know what to choose. We will show you how to effectively solve this question so you can save your precious time for other questions that require more reading.

Let’s start with an example:

In summary, the challenge for historians in understanding Sumerian civilization is that most references and information about it come from the writings of other civilizations. Even the ancient Bablyonians considered the Sumerians an old civilization by their time. Even though archaelogists are still searching for clues to unlock the history of the Sumerians, much information about these ancient people remains unknown. In conclusion, Sumer is an ancient civilization with cities at the bottom of a sea, referenced by other ancient civilizations with few tantalizing clues of their shrouded past.

Question:

The word ‘it’ in the paragraph refers to

  • Historians
  • Babylonian civilization
  • Information
  • Sumerian civilization

With our proposed 4 steps, you will answer this question not only correctly but also quickly.

1) Read only a few sentences

The key to solving this question is to not read too much. As strange as it sounds, with reference questions, the more you read, the more you may be confused. You are likely to find the correct answer within the sentence you are asked about. According to the basic rules of coherence, pronouns are used to substitute for something or someone that is mentioned right before the pronouns. So in this example, you only need to read the first sentence closely. Keep in mind that you will not use any information obtained throughout the reading that is not in the sentence you read.

2) Identify the word’s function and plurality

Next step is identifying the function of the word that is asked. In this example, you need to identify the function of ‘it’ within the sentence. You need to decide whether it is a subject or an object. In this case, ‘it’ is an object pronoun. You will only pay attention to the closest object pronoun in the sentence. Besides, since ‘it’ is a singular pronoun, you know that the answer should be a singular choice as well.

3) Eliminate wrong answers

From step 2, you know that the answer will be part of previously mentioned object pronoun and singular. Looking at the four answer choices, you can now eliminate option (A) and (B). (A) is plural, and (B) has never mentioned before ‘it.’

4) Substitute answers

Finally, if you still have more than one answer, try substituting the options for ‘it’. When you substitute answer (C) ‘ information’ into the sentence, the sentence makes no sense. Therefore, the correct answer is (D).

Sentence insertion

Sentence insertion question asks you to place a sentence in a paragraph in the text. You never can be too careful with the choices for this question. Even when you think you know the correct answer, it is a good idea to try the sentence in all the locations before settling down. The trick for this type of question is to look for as many linking devices, terms, pronouns, and connections between the sentence and the paragraph as possible.

Question

Examine the four █ in the selection below and indicate at which block the following sentence could be inserted into the passage:

These cultural considerations pre-empt the otherwise endangered status of the species.

█ [A] For the polar bears, Kaktovik has one great attraction: the bone pile. █ [B] Specifically, the bone pile left over from the annual hunt for Bowhead whales █ [C] The Bowhead whale is an endangered species, however the Inupiat are allowed a quota of three per year due to cultural considerations █ [D] The meat provided from the Bowhead whales provide enough food for the Inupiat to survive the winter.

Any coherence is important in this type of question. Coherence is the key to finding the connection between the sentence and the paragraph. Usually, the sentence will have some kinds of coherence to give you a clue about its location.

Step 1: Transitions

There can be a transition word at the beginning of the sentence to give you an idea about its relationship with the surrounding sentences like ‘ however’, ‘and’, ‘so’, ‘but’, ‘therefore’…If the transition words are ‘and’, ‘so’, ‘therefore’ or something along the line, the sentence before the prompt sentence will share the same ideas and opinions with the prompt sentence. If the transition words are ‘yet’, ‘but’, ‘however’, or some other contrast transition, the sentence previous to the prompt will be contradicting to the prompt sentence. Using transitions, we can start looking among the location options in the paragraph to find possible locations.

Step 2: Pronouns

Another coherence you can look for are pronouns in the prompt sentence: ‘they’, ‘these’, ‘those’, ‘this’,…You can look for what these pronouns refer to. The rest of the prompt sentence will give you hints. In this example, right after ‘these’ is ‘cultural considerations.’ It means the cultural considerations are mentioned right before the prompt sentence. In this example, we can tell the correct answer is (D).

Extra tip: General/Specific details

In other cases where the two steps alone is not enough to figure out the correct answer. An extra tip is to look for the details in the prompt sentence. In this type of question, if the prompt sentence depicts many specific details, look for sentences in the paragraph that shares the same topic with the prompt sentence but more general, and vice versa. Ideas in the paragraph are often written in a ‘general to specific’ formula. Use this rule to look for locations that the prompt sentence can fit in.

Summary questions

The summary question is one of the two question types that are not the usual one answer multiple choice. The summary question requires you to choose three correct answers, not just one. It is also important to know that in this question, sometimes there are more than three correct answers, so you don’t just choose the correct ones, you need to choose the three best ones.

To choose the best answers, you need to read the whole text and understand it. This question type is normally one of the last questions for every text. Answering other questions, by the time you see the summary question, you already have a good understanding of the whole text. What you need to do to choose correct answers is the careful selection. Let’s look at a text for an example.

Example:

[1] The Sumerian civilization existed centuries before Alexander the Great conquered swathes of land around the Mediterranean and Middle East and long before the Roman Empire became known as the greatest power of ancient times. The Sumerian civilization remains an enigmatic mystery that continues to baffle historians worldwide. It was possibly the first urban civilization established in the historical region of southern Mesopotamia. Sumer itself rose on the flood plain in the lower region of the Tigris and Euphrates rivers, an area called the 'cradle of civilization'. The Sumerians emerged around 4000 B.C.E. and were organized together as city-states. Some of the important Sumerian city states were on land that has since been absorbed by the Persian Gulf. In fact, it is in the Persian Gulf itself that many historians believe the key to the origins of the Sumerian civilization lies.

[2] One of the greatest mysteries is the exact origin of the Sumerians. Many historians and archaeologists disagree on where the Sumerians' homeland was. Ancient Sumerian literature gives reference to their homeland being a place called 'Dilmun', the location of which remains obscure. The Sumerian language is an agglutinating language—one that forms words by adding affixes to the word's core meaning. Other agglutinating languages include Turkish, Hungarian, Finnish, and Inuit. However, neighbouring languages to Sumer share little of its morphology. In addition, numerous animal-deities in the Sumerian pantheon suggest a pastoral history, but do not indicate a location of origin. Historians generally conclude that Dilmun is most likely an island in the Persian Gulf, perhaps the modern country of Bahrain. Until now, no ruins have been found to link the ancient Sumerians to any island in the Persian Gulf. These types of ruins are pivotal in proving the ancestral home of the Sumerians. Therefore, without any ruins, the Sumerian homeland remains unknown.

[3] Sumerian culture centred around a priesthood and temple life. City-states were organized around the temple and non-priests were either craftsmen or peasants that devoted their work and lives to appeasing the gods. Disasters, droughts and calamities were blamed on a local deity being overpowered by other gods acting together. As a result, the priesthood maintained its power and control over the Sumerian day-to-day life. Finally, the other castes within Sumerian city-states were the warriors charged with defending the city. Over time, the warriors became more prestigious and powerful within Sumer as the grip of the clergy began to erode. As a consequence, Sumer gradually shifted toward a more warrior-led civilization.

[4] Between 4000 and 2000 B.C.E. Semitic immigrants regularly moved into Sumerian territory, slowly inundating Sumer. By 2000 B.C.E., Sumerian city-states were forced to form defensive alliances as the warriors became more powerful. The image of the priesthood was undermined as they were forced to make alliances. Moreover, the increasing importance of warriors instigated a power shift in the Sumerian civilization which led to the existence of its first King. Finally, in around 2000 B.C.E. King Sargon of Akkad conquered the Sumerians in the creation of the world's first multi-ethnic empire. The Akkadian Empire is also considered as the first civilization built upon the shared characteristics of the Sumerians. In fact, the lost Akkadian city was rumored to have been built by Sumerian craftsmen.

[5] In summary, the challenge for historians in understanding Sumerian civilization is that most references and information about it come from the writings of other civilizations. Even the ancient Bablyonians considered the Sumerians an old civilization by their time. Even though archaelogists are still searching for clues to unlock the history of the Sumerians, much information about these ancient people remains unknown. In conclusion, Sumer is an ancient civilization with cities at the bottom of a sea, referenced by other ancient civilizations with few tantalizing clues of their shrouded past.

Directions: An introductory sentence for a brief summary of the passage is provided below. Complete the summary by selecting the THREE answer choices that express the most important ideas in the passage. Some sentences do not belong in the summary because they express ideas that are not presented in the passage or are minor ideas in the passage. This question is worth 2 points.

Question:

The Sumerian civilization was one of the first and most developed civilizations of the ancient world, considered old even by its other contemporary civilizations.

  • Alexander the Great was the first ruler to conquer Sumer.
  • The Sumerian language closely reflected many of its neighboring languages.
  • Sumer emerged between the Tigris and Euphrates rivers-called the ‘cradle of civilization.’
  • Information about the Sumerians is hard to find as the majority of historical references come from other contemporary civilizations.
  • The location of the Sumerians’ homeland, Dilmun, remains a mystery.
  • The priesthood caused the downfall of the Sumerian civilization.

Step 1: Eliminate the wrong answers

This step is important, and it can be the only step needed for this type of question. Eliminate the answer options that present incorrect information or do not include correct information. In other words, you eliminate the wrong choices and the irrelevant options. Read through all the options and mark the ones that you can immediately realize that is wrong or correct. If you understand the text, after carefully reading the options, you can pick out the wrong answers and right answers. In this example, the correct answers are (C), (D), and (E). There are sentences in the text that directly support these answers. Those sentences are as following:
(C): ‘Sumer itself rose on the flood plain in the lower region of the Tigris and Euphrates rivers

(D): ‘ The challenge for historians in understanding Sumerian civilization is that most references and information about it come from the writings of other civilizations

(E): ‘…without any ruins, the Sumerian homeland remains unknown.

If you can’t decide whether or not the option is correct, leave them and come back later. You can only choose three options. Choose the three best ones. Even if there are options that you are not sure about, and you find three options that you are confident that are correct already, you can go with those three answers.

Step 2: Eliminate minor details

This second step is optional. Sometimes you need this step; sometimes you don’t. In the direction section in the prompt, there is an understated point saying that the wrong answers are not only the one with incorrect information but also the one with ‘minor details in the passage.’ An option including correct information is not enough; those information needs to be important and major in the text. Eliminate options that are too detail specific. Ask yourself if you do not know all the details in that option, will the main idea of the text change? If the answer is no, then it’s an option that contains only minor details. Eliminate it and move on.

 
Keywords In The Practice
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In this question of the TOEFL Speaking Task 1, you'll speak about a familiar topic. Your response will be scored on your ability to speak clearly and coherently about the topics. You'll have 15 seconds to prepare your answer and 45 seconds to speak.

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You live in a crowded city with only one green space-the city park. The government recently proposes to build a housing complex on this only green space. Do you agree or disagree this idea?
You live in a crowded city with only one green space-the city park. The government recently proposes to build a housing complex on this only green space. Do you agree or disagree this idea?
You have 15 seconds to prepare your answer.
You live in a crowded city with only one green space-the city park. The government recently proposes to build a housing complex on this only green space. Do you agree or disagree this idea?

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Step 2: Prepare your answer

Question: You live in a crowded city with only one green space-the city park. The government recently proposes to build a housing complex on this only green space. Do you agree or disagree this idea?


You have 15 seconds to prepare you answer


00:15
Step 3: Record your answer

Question: You live in a crowded city with only one green space-the city park. The government recently proposes to build a housing complex on this only green space. Do you agree or disagree this idea?


Recorder will be available after subscribing.

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Keywords In The Practice
No Vocabulary Linked To Practice

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Sample Speaking Review

Score Summary
4.5 / 6
AI Review
Task Fulfillment
Pronunciation & Intonation
Flow & Speech
Correct Grammar Usage
Vocabulary Usage (Appropriacy and Range)
Support & Development
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Speech AI Results
Question 1: Thank you for speaking with me today. I'm conducting a study about people's educational experiences and views on learning. I'd like to ask you a few questions. First, could you tell me a bit about your most recent or current educational experience? Are you in school now, or have you completed any formal studies?
 
so

cancel 94% accurate

done
sound you said
/s/
/s/
play_circle_filled
84% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/oʊ/
/ow/
play_circle_filled
100% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

right now i'm actually in
the

cancel 94% accurate

done
sound you said
/ð/
/dh/
play_circle_filled
88% accurate

To create <strong>ð</strong> sound the tip of the tongue is placed behind the top front teeth. The friction occurs between the tip of the tongue and the top front teeth. Subtle friction may also occur between the top of the front of the tongue and the tooth ridge.

/ə/
/ax/
play_circle_filled
80% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

middle

cancel 85% accurate

Request an AI speaking review to view the pronunciation training content
sound you said
/m/
/m/
play_circle_filled
100% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/d/
/d/
play_circle_filled
78% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

/ə/
/ax/
play_circle_filled
88% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/l/
/l/
play_circle_filled
50% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

of

cancel 80% accurate

Request an AI speaking review to view the pronunciation training content
sound you said
/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/v/
/v/
play_circle_filled
40% accurate

To create the 'v sound' <strong>v</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the <strong>v</strong>. A common error ESL/ELL students make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking to and from the <strong>v</strong>.

a

cancel 91% accurate

done
sound you said
/ə/
/ax/
play_circle_filled
91% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

part-time

cancel 88% accurate

done
sound you said
/p/
/p/
play_circle_filled
81% accurate

To create the <strong>p</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/ɑ/
/aa/
play_circle_filled
84% accurate

To pronounce the 'aa sound' <strong>ɑ</strong> the vocal tract is very open for the production of the 'aa sound' <strong>ɑ</strong>. In fact, the jaw is held more open and the back of the tongue is held lower for this sound than any other American English vowel sound pronunciation. The tongue touches the inside of the bottom teeth so that the top of the tongue is nearly even with the top of the bottom teeth. The lips are held open and kept rounded, but relaxed.

/r/
/r/
play_circle_filled
88% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/t/
/t/
play_circle_filled
78% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/aɪ/
/ay/
play_circle_filled
88% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

/m/
/m/
play_circle_filled
77% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

master

cancel 64% accurate

Request an AI speaking review to view the pronunciation training content
sound you said
/m/
/m/
play_circle_filled
100% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/æ/
/ae/
play_circle_filled
100% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/s/
/s/
play_circle_filled
100% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/t/
/t/
play_circle_filled
69% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ə/
/ax/
play_circle_filled
11% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/r/
/r/
play_circle_filled
79% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

program

cancel 88% accurate

done
sound you said
/p/
/p/
play_circle_filled
100% accurate

To create the <strong>p</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/oʊ/
/ow/
play_circle_filled
100% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

/g/
/g/
play_circle_filled
100% accurate

To create the <strong>g</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>g</strong> is less than that for a <strong>k</strong>.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/æ/
/ae/
play_circle_filled
100% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/m/
/m/
play_circle_filled
73% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

in

cancel 94% accurate

done
sound you said
/ɪ/
/ih/
play_circle_filled
93% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/n/
/n/
play_circle_filled
95% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

data

cancel 94% accurate

done
sound you said
/d/
/d/
play_circle_filled
100% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

/eɪ/
/ey/
play_circle_filled
100% accurate

To pronounce the <strong>eɪ</strong> sound, begin with the tongue pushed somewhat forward but in a neutral position in the mouth. Then, as the jaw closes slightly, move the body of the tongue upward until it is near the tooth ridge--similar to the position of a 'y sound' <strong>y</strong>. The front sides of the tongue touch the inside of the top teeth at the end of the sound.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ə/
/ax/
play_circle_filled
63% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

analytics

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sound you said
/æ/
/ae/
play_circle_filled
38% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/n/
/n/
play_circle_filled
35% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/ə/
/ax/
play_circle_filled
72% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/l/
/l/
play_circle_filled
21% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/ɪ/
/ih/
play_circle_filled
59% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/t/
/t/
play_circle_filled
97% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/k/
/k/
play_circle_filled
94% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/s/
/s/
play_circle_filled
65% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

at

cancel 88% accurate

done
sound you said
/æ/
/ae/
play_circle_filled
100% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/t/
/t/
play_circle_filled
73% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

a

cancel 94% accurate

done
sound you said
/ə/
/ax/
play_circle_filled
94% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

local university.
i

cancel 94% accurate

done
sound you said
/aɪ/
/ay/
play_circle_filled
94% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

graduated

cancel 85% accurate

Request an AI speaking review to view the pronunciation training content
sound you said
/g/
/g/
play_circle_filled
100% accurate

To create the <strong>g</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>g</strong> is less than that for a <strong>k</strong>.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/æ/
/ae/
play_circle_filled
100% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/dʒ/
/jh/
play_circle_filled
100% accurate

To create the <strong>ʤ</strong> sound, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the back tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released with friction.

/u/
/uw/
play_circle_filled
100% accurate

To create the 'oo sound' <strong>u</strong>, the lips are pulled into a tense, small circle. In addition, the back of the tongue is raised to a high position and sides of the tongue may touch the top teeth at the back of the mouth.

/eɪ/
/ey/
play_circle_filled
70% accurate

To pronounce the <strong>eɪ</strong> sound, begin with the tongue pushed somewhat forward but in a neutral position in the mouth. Then, as the jaw closes slightly, move the body of the tongue upward until it is near the tooth ridge--similar to the position of a 'y sound' <strong>y</strong>. The front sides of the tongue touch the inside of the top teeth at the end of the sound.

/t/
/t/
play_circle_filled
73% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ɪ/
/ih/
play_circle_filled
79% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/d/
/d/
play_circle_filled
62% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

with

cancel 94% accurate

done
sound you said
/w/
/w/
play_circle_filled
89% accurate

To create the 'w sound' <strong>w</strong> the jaw is mostly closed and the lips form a small, tight circle. The sound is voiced, so the vocal cords must vibrate during the production of the sound.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/ð/
/dh/
play_circle_filled
59% accurate

To create <strong>ð</strong> sound the tip of the tongue is placed behind the top front teeth. The friction occurs between the tip of the tongue and the top front teeth. Subtle friction may also occur between the top of the front of the tongue and the tooth ridge.

a
psychology

cancel 91% accurate

done
sound you said
/s/
/s/
play_circle_filled
100% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/aɪ/
/ay/
play_circle_filled
100% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/ɑ/
/aa/
play_circle_filled
91% accurate

To pronounce the 'aa sound' <strong>ɑ</strong> the vocal tract is very open for the production of the 'aa sound' <strong>ɑ</strong>. In fact, the jaw is held more open and the back of the tongue is held lower for this sound than any other American English vowel sound pronunciation. The tongue touches the inside of the bottom teeth so that the top of the tongue is nearly even with the top of the bottom teeth. The lips are held open and kept rounded, but relaxed.

/l/
/l/
play_circle_filled
100% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/dʒ/
/jh/
play_circle_filled
100% accurate

To create the <strong>ʤ</strong> sound, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the back tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released with friction.

/i/
/iy/
play_circle_filled
60% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

degree

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sound you said
/d/
/d/
play_circle_filled
52% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

/ə/
/ax/
play_circle_filled
64% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/g/
/g/
play_circle_filled
87% accurate

To create the <strong>g</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>g</strong> is less than that for a <strong>k</strong>.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/i/
/iy/
play_circle_filled
84% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

a few
years

cancel 91% accurate

done
sound you said
/j/
/y/
play_circle_filled
68% accurate

To create the 'j sound' <strong>ʤ</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the back tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released with friction (similar to the friction of a zh sound <strong>ʒ</strong>).

/i/
/iy/
play_circle_filled
82% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

/r/
/r/
play_circle_filled
66% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/z/
/z/
play_circle_filled
33% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

ago.

cancel 88% accurate

done
sound you said
/ə/
/ax/
play_circle_filled
51% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/g/
/g/
play_circle_filled
60% accurate

To create the <strong>g</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>g</strong> is less than that for a <strong>k</strong>.

/oʊ/
/ow/
play_circle_filled
68% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

but
i

cancel 94% accurate

done
sound you said
/aɪ/
/ay/
play_circle_filled
94% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

also

cancel 91% accurate

done
sound you said
/ɔ/
/ao/
play_circle_filled
69% accurate

To create the 'aw sound' <strong>ɔ</strong> the entire tongue is pushed back and kept low during the pronunciation of the 'aw sound' <strong>ɔ</strong>. The bottom side teeth can be felt alongside the front of the tongue during the sound. The back of the tongue has only a slight rounding upward at the very rear of the mouth. The lips are made into an oval shape, and may stick slightly outward.

/l/
/l/
play_circle_filled
100% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/s/
/s/
play_circle_filled
80% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/oʊ/
/ow/
play_circle_filled
78% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

worked

cancel 67% accurate

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sound you said
/w/
/w/
play_circle_filled
100% accurate

To create the 'w sound' <strong>w</strong> the jaw is mostly closed and the lips form a small, tight circle. The sound is voiced, so the vocal cords must vibrate during the production of the sound.

/ɚ/
/er/
play_circle_filled
100% accurate

To create the <strong>ɚ</strong> sound first raise the back of the tongue so that the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/t/
/t/
play_circle_filled
0% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

full-time

cancel 76% accurate

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sound you said
/f/
/f/
play_circle_filled
67% accurate

To create the 'f sound' <strong>f</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is to be a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the production of the <strong>f</strong>. A common error English language learners make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking other sounds to and from the <strong>f</strong>.

/ʊ/
/uh/
play_circle_filled
64% accurate

To create the 'other u' <strong>ʊ</strong> sound, the back of the tongue is raised to a mid-high position. The sides of the tongue may touch the top teeth toward the back of the mouth. The jaw is slightly closed and the lips are pulled into a loose circle.

/l/
/l/
play_circle_filled
76% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/t/
/t/
play_circle_filled
88% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/aɪ/
/ay/
play_circle_filled
96% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

/m/
/m/
play_circle_filled
66% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

and

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sound you said
/æ/
/ae/
play_circle_filled
87% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/n/
/n/
play_circle_filled
43% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/d/
/d/
play_circle_filled
32% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

i
realized

cancel 85% accurate

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sound you said
/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/i/
/iy/
play_circle_filled
100% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

/l/
/l/
play_circle_filled
100% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/aɪ/
/ay/
play_circle_filled
100% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

/z/
/z/
play_circle_filled
90% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/d/
/d/
play_circle_filled
0% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

i

cancel 80% accurate

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sound you said
/aɪ/
/ay/
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80% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

needed

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sound you said
/n/
/n/
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100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/i/
/iy/
play_circle_filled
100% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

/d/
/d/
play_circle_filled
39% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

/ɪ/
/ih/
play_circle_filled
5% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/d/
/d/
play_circle_filled
25% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

stronger

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sound you said
/s/
/s/
play_circle_filled
45% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/r/
/r/
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100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/ɑ/
/aa/
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100% accurate

To pronounce the 'aa sound' <strong>ɑ</strong> the vocal tract is very open for the production of the 'aa sound' <strong>ɑ</strong>. In fact, the jaw is held more open and the back of the tongue is held lower for this sound than any other American English vowel sound pronunciation. The tongue touches the inside of the bottom teeth so that the top of the tongue is nearly even with the top of the bottom teeth. The lips are held open and kept rounded, but relaxed.

/ŋ/
/ng/
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100% accurate

To create the 'ng sound' <strong>ŋ</strong>, air is prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/g/
/g/
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100% accurate

To create the <strong>g</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>g</strong> is less than that for a <strong>k</strong>.

/ə/
/ax/
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100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/r/
/r/
play_circle_filled
82% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

skills, so i went back
to

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sound you said
/t/
/t/
play_circle_filled
80% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/u/
/uw/
play_circle_filled
80% accurate

To create the 'oo sound' <strong>u</strong>, the lips are pulled into a tense, small circle. In addition, the back of the tongue is raised to a high position and sides of the tongue may touch the top teeth at the back of the mouth.

school.

cancel 88% accurate

done
sound you said
/s/
/s/
play_circle_filled
100% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/u/
/uw/
play_circle_filled
100% accurate

To create the 'oo sound' <strong>u</strong>, the lips are pulled into a tense, small circle. In addition, the back of the tongue is raised to a high position and sides of the tongue may touch the top teeth at the back of the mouth.

/l/
/l/
play_circle_filled
73% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

a

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done
sound you said
/ə/
/ah/
play_circle_filled
94% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

my

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sound you said
/m/
/m/
play_circle_filled
40% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/aɪ/
/ay/
play_circle_filled
40% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

because i'm
working

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done
sound you said
/w/
/w/
play_circle_filled
100% accurate

To create the 'w sound' <strong>w</strong> the jaw is mostly closed and the lips form a small, tight circle. The sound is voiced, so the vocal cords must vibrate during the production of the sound.

/ɚ/
/er/
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100% accurate

To create the <strong>ɚ</strong> sound first raise the back of the tongue so that the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/ŋ/
/ng/
play_circle_filled
78% accurate

To create the 'ng sound' <strong>ŋ</strong>, air is prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

during
the

cancel 80% accurate

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sound you said
/ð/
/dh/
play_circle_filled
72% accurate

To create <strong>ð</strong> sound the tip of the tongue is placed behind the top front teeth. The friction occurs between the tip of the tongue and the top front teeth. Subtle friction may also occur between the top of the front of the tongue and the tooth ridge.

/ə/
/ax/
play_circle_filled
69% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

day

cancel 91% accurate

done
sound you said
/d/
/d/
play_circle_filled
91% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

/eɪ/
/ey/
play_circle_filled
87% accurate

To pronounce the <strong>eɪ</strong> sound, begin with the tongue pushed somewhat forward but in a neutral position in the mouth. Then, as the jaw closes slightly, move the body of the tongue upward until it is near the tooth ridge--similar to the position of a 'y sound' <strong>y</strong>. The front sides of the tongue touch the inside of the top teeth at the end of the sound.

so all my
classes

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done
sound you said
/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/l/
/l/
play_circle_filled
100% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/æ/
/ae/
play_circle_filled
100% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/s/
/s/
play_circle_filled
100% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/z/
/z/
play_circle_filled
78% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

are
in

cancel 91% accurate

done
sound you said
/ɪ/
/ih/
play_circle_filled
80% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/n/
/n/
play_circle_filled
85% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

evenings or online.
which

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sound you said
/w/
/w/
play_circle_filled
78% accurate

To create the 'w sound' <strong>w</strong> the jaw is mostly closed and the lips form a small, tight circle. The sound is voiced, so the vocal cords must vibrate during the production of the sound.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/tʃ/
/ch/
play_circle_filled
100% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the back tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released with friction.

is kind
of

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done
sound you said
/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/v/
/v/
play_circle_filled
67% accurate

To create the 'v sound' <strong>v</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the <strong>v</strong>. A common error ESL/ELL students make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking to and from the <strong>v</strong>.

exhausting.

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sound you said
/ɪ/
/ih/
play_circle_filled
70% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/g/
/g/
play_circle_filled
100% accurate

To create the <strong>g</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>g</strong> is less than that for a <strong>k</strong>.

/z/
/z/
play_circle_filled
100% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/ɔ/
/ao/
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100% accurate

To create the 'aw sound' <strong>ɔ</strong> the entire tongue is pushed back and kept low during the pronunciation of the 'aw sound' <strong>ɔ</strong>. The bottom side teeth can be felt alongside the front of the tongue during the sound. The back of the tongue has only a slight rounding upward at the very rear of the mouth. The lips are made into an oval shape, and may stick slightly outward.

/s/
/s/
play_circle_filled
100% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/ŋ/
/ng/
play_circle_filled
72% accurate

To create the 'ng sound' <strong>ŋ</strong>, air is prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

i

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done
sound you said
/aɪ/
/ay/
play_circle_filled
94% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

social

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sound you said
/s/
/s/
play_circle_filled
73% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/oʊ/
/ow/
play_circle_filled
73% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

/ʃ/
/sh/
play_circle_filled
73% accurate

To create the 'sh sound' <strong>ʃ</strong>, air is forced between a wide groove in the center of the front of the tongue and the back of the tooth ridge. The sides of the blade of the tongue may touch the side teeth. The lips are kept slightly tense, and may protrude somewhat during the production of the sound. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration.

/ə/
/ax/
play_circle_filled
73% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/l/
/l/
play_circle_filled
73% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

convenient.

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sound you said
/k/
/k/
play_circle_filled
80% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/v/
/v/
play_circle_filled
100% accurate

To create the 'v sound' <strong>v</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the <strong>v</strong>. A common error ESL/ELL students make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking to and from the <strong>v</strong>.

/i/
/iy/
play_circle_filled
100% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/j/
/y/
play_circle_filled
100% accurate

To create the 'j sound' <strong>ʤ</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the back tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released with friction (similar to the friction of a zh sound <strong>ʒ</strong>).

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/n/
/n/
play_circle_filled
57% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/t/
/t/
play_circle_filled
53% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

the

cancel 94% accurate

done
sound you said
/ð/
/dh/
play_circle_filled
80% accurate

To create <strong>ð</strong> sound the tip of the tongue is placed behind the top front teeth. The friction occurs between the tip of the tongue and the top front teeth. Subtle friction may also occur between the top of the front of the tongue and the tooth ridge.

/ə/
/ax/
play_circle_filled
82% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

program

cancel 88% accurate

done
sound you said
/p/
/p/
play_circle_filled
100% accurate

To create the <strong>p</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/oʊ/
/ow/
play_circle_filled
100% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

/g/
/g/
play_circle_filled
100% accurate

To create the <strong>g</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>g</strong> is less than that for a <strong>k</strong>.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/æ/
/ae/
play_circle_filled
100% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/m/
/m/
play_circle_filled
73% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

is

cancel 94% accurate

done
sound you said
/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/z/
/z/
play_circle_filled
80% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

three

cancel 88% accurate

done
sound you said
/θ/
/th/
play_circle_filled
49% accurate

To create the <strong>ð</strong> sound the tip of the tongue is placed behind the top front teeth. The friction occurs between the tip of the tongue and the top front teeth. Subtle friction may also occur between the top of the front of the tongue and the tooth ridge.

/r/
/r/
play_circle_filled
58% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/i/
/iy/
play_circle_filled
66% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

semesters

cancel 48% accurate

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sound you said
/s/
/s/
play_circle_filled
48% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/ə/
/ax/
play_circle_filled
60% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/m/
/m/
play_circle_filled
53% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/ɛ/
/eh/
play_circle_filled
55% accurate

To pronounce the <strong>ɛ</strong> sound the middle of the tongue rounds slightly upward and the sides of the tongue may lightly touch the top and bottom side teeth. The lips and jaw are loose and relaxed.

/s/
/s/
play_circle_filled
63% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/r/
/r/
play_circle_filled
0% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/z/
/z/
play_circle_filled
0% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

long.

cancel 91% accurate

done
sound you said
/l/
/l/
play_circle_filled
100% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/ɑ/
/aa/
play_circle_filled
80% accurate

To pronounce the 'aa sound' <strong>ɑ</strong> the vocal tract is very open for the production of the 'aa sound' <strong>ɑ</strong>. In fact, the jaw is held more open and the back of the tongue is held lower for this sound than any other American English vowel sound pronunciation. The tongue touches the inside of the bottom teeth so that the top of the tongue is nearly even with the top of the bottom teeth. The lips are held open and kept rounded, but relaxed.

/ŋ/
/ng/
play_circle_filled
82% accurate

To create the 'ng sound' <strong>ŋ</strong>, air is prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

i

cancel 94% accurate

done
sound you said
/aɪ/
/ay/
play_circle_filled
94% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

just

cancel 94% accurate

done
sound you said
/dʒ/
/jh/
play_circle_filled
94% accurate

To create the <strong>ʤ</strong> sound, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the back tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released with friction.

/ə/
/ax/
play_circle_filled
94% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/s/
/s/
play_circle_filled
94% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/t/
/t/
play_circle_filled
94% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

finished

cancel 82% accurate

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sound you said
/f/
/f/
play_circle_filled
100% accurate

To create the 'f sound' <strong>f</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is to be a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the production of the <strong>f</strong>. A common error English language learners make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking other sounds to and from the <strong>f</strong>.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/ʃ/
/sh/
play_circle_filled
100% accurate

To create the 'sh sound' <strong>ʃ</strong>, air is forced between a wide groove in the center of the front of the tongue and the back of the tooth ridge. The sides of the blade of the tongue may touch the side teeth. The lips are kept slightly tense, and may protrude somewhat during the production of the sound. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration.

/t/
/t/
play_circle_filled
68% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

the

cancel 80% accurate

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sound you said
/ð/
/dh/
play_circle_filled
40% accurate

To create <strong>ð</strong> sound the tip of the tongue is placed behind the top front teeth. The friction occurs between the tip of the tongue and the top front teeth. Subtle friction may also occur between the top of the front of the tongue and the tooth ridge.

/ə/
/ax/
play_circle_filled
80% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

first one so
i'm

cancel 94% accurate

done
sound you said
/aɪ/
/ay/
play_circle_filled
93% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

/m/
/m/
play_circle_filled
95% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

basically

cancel 94% accurate

done
sound you said
/b/
/b/
play_circle_filled
100% accurate

To create the <strong>b</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/eɪ/
/ey/
play_circle_filled
78% accurate

To pronounce the <strong>eɪ</strong> sound, begin with the tongue pushed somewhat forward but in a neutral position in the mouth. Then, as the jaw closes slightly, move the body of the tongue upward until it is near the tooth ridge--similar to the position of a 'y sound' <strong>y</strong>. The front sides of the tongue touch the inside of the top teeth at the end of the sound.

/s/
/s/
play_circle_filled
77% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/l/
/l/
play_circle_filled
100% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/i/
/iy/
play_circle_filled
81% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

basically

cancel 94% accurate

done
sound you said
/b/
/b/
play_circle_filled
77% accurate

To create the <strong>b</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/eɪ/
/ey/
play_circle_filled
100% accurate

To pronounce the <strong>eɪ</strong> sound, begin with the tongue pushed somewhat forward but in a neutral position in the mouth. Then, as the jaw closes slightly, move the body of the tongue upward until it is near the tooth ridge--similar to the position of a 'y sound' <strong>y</strong>. The front sides of the tongue touch the inside of the top teeth at the end of the sound.

/s/
/s/
play_circle_filled
100% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/l/
/l/
play_circle_filled
100% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/i/
/iy/
play_circle_filled
79% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

juggling

cancel 70% accurate

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sound you said
/dʒ/
/jh/
play_circle_filled
100% accurate

To create the <strong>ʤ</strong> sound, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the back tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released with friction.

/ə/
/ah/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/g/
/g/
play_circle_filled
100% accurate

To create the <strong>g</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>g</strong> is less than that for a <strong>k</strong>.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/l/
/l/
play_circle_filled
67% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/ɪ/
/ih/
play_circle_filled
55% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/ŋ/
/ng/
play_circle_filled
54% accurate

To create the 'ng sound' <strong>ŋ</strong>, air is prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

work,

cancel 91% accurate

done
sound you said
/w/
/w/
play_circle_filled
100% accurate

To create the 'w sound' <strong>w</strong> the jaw is mostly closed and the lips form a small, tight circle. The sound is voiced, so the vocal cords must vibrate during the production of the sound.

/ɚ/
/er/
play_circle_filled
100% accurate

To create the <strong>ɚ</strong> sound first raise the back of the tongue so that the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound.

/r/
/r/
play_circle_filled
82% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/k/
/k/
play_circle_filled
70% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

homework,

cancel 91% accurate

done
sound you said
/ə/
/h/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/oʊ/
/ow/
play_circle_filled
100% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

/m/
/m/
play_circle_filled
100% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/w/
/w/
play_circle_filled
100% accurate

To create the 'w sound' <strong>w</strong> the jaw is mostly closed and the lips form a small, tight circle. The sound is voiced, so the vocal cords must vibrate during the production of the sound.

/ɚ/
/er/
play_circle_filled
100% accurate

To create the <strong>ɚ</strong> sound first raise the back of the tongue so that the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/k/
/k/
play_circle_filled
76% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

and

cancel 94% accurate

done
sound you said
/ə/
/ax/
play_circle_filled
80% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/n/
/n/
play_circle_filled
80% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

social

cancel 88% accurate

done
sound you said
/s/
/s/
play_circle_filled
88% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/oʊ/
/ow/
play_circle_filled
88% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

/ʃ/
/sh/
play_circle_filled
88% accurate

To create the 'sh sound' <strong>ʃ</strong>, air is forced between a wide groove in the center of the front of the tongue and the back of the tooth ridge. The sides of the blade of the tongue may touch the side teeth. The lips are kept slightly tense, and may protrude somewhat during the production of the sound. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration.

/ə/
/ax/
play_circle_filled
88% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/l/
/l/
play_circle_filled
88% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

life right now.   play_circle_filled

Pronunciation: 89%   Fluency: 93%   Grammar: 75%   Coherence: 90%   Vocab: 80%   Relevance: 95%  

 
grammar
Strengths

Overall sentence structures are simple and correct, with consistent past and present tense use when describing past graduation and current study.

Pronouns and basic subject-verb agreement are handled accurately, making the message easy to follow.

Weaknesses

Minor grammatical issues and redundancy reduce polish; for instance the line "Because I'm working during the day, so all my classes are in evenings or online," combines "Because" and "so" and omits the article in "in evenings," which would be more natural as "because I'm working during the day, all my classes are in the evenings or online."

Question 2: Great. People often have different feelings about school depending on their environment and support systems. Some enjoy learning and thrive in the classroom, while others find school stressful or difficult to connect with. What has your overall experience with education been like, and what factors do you think shaped it?
 
a

cancel 88% accurate

done
sound you said
/ə/
/ah/
play_circle_filled
88% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

me.

cancel 76% accurate

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sound you said
/m/
/m/
play_circle_filled
40% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/i/
/iy/
play_circle_filled
40% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

my relationship with
school

cancel 94% accurate

done
sound you said
/s/
/s/
play_circle_filled
94% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/k/
/k/
play_circle_filled
94% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/u/
/uw/
play_circle_filled
94% accurate

To create the 'oo sound' <strong>u</strong>, the lips are pulled into a tense, small circle. In addition, the back of the tongue is raised to a high position and sides of the tongue may touch the top teeth at the back of the mouth.

/l/
/l/
play_circle_filled
94% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

has been
kind

cancel 82% accurate

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sound you said
/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/aɪ/
/ay/
play_circle_filled
80% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

/n/
/n/
play_circle_filled
80% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/d/
/d/
play_circle_filled
4% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

of

cancel 82% accurate

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sound you said
/ə/
/ax/
play_circle_filled
56% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/v/
/v/
play_circle_filled
49% accurate

To create the 'v sound' <strong>v</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the <strong>v</strong>. A common error ESL/ELL students make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking to and from the <strong>v</strong>.

a
mixed

cancel 94% accurate

done
sound you said
/m/
/m/
play_circle_filled
100% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/s/
/s/
play_circle_filled
78% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/t/
/t/
play_circle_filled
70% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

feeling.
in

cancel 91% accurate

done
sound you said
/ɪ/
/ih/
play_circle_filled
81% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/n/
/n/
play_circle_filled
80% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

elementary

cancel 91% accurate

done
sound you said
/ɛ/
/eh/
play_circle_filled
100% accurate

To pronounce the <strong>ɛ</strong> sound the middle of the tongue rounds slightly upward and the sides of the tongue may lightly touch the top and bottom side teeth. The lips and jaw are loose and relaxed.

/l/
/l/
play_circle_filled
100% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/m/
/m/
play_circle_filled
100% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/ɛ/
/eh/
play_circle_filled
100% accurate

To pronounce the <strong>ɛ</strong> sound the middle of the tongue rounds slightly upward and the sides of the tongue may lightly touch the top and bottom side teeth. The lips and jaw are loose and relaxed.

/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/i/
/iy/
play_circle_filled
76% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

and
middle

cancel 88% accurate

done
sound you said
/m/
/m/
play_circle_filled
95% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/d/
/d/
play_circle_filled
50% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

/ə/
/ax/
play_circle_filled
24% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/l/
/l/
play_circle_filled
58% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

school

cancel 79% accurate

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sound you said
/s/
/s/
play_circle_filled
67% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/u/
/uw/
play_circle_filled
69% accurate

To create the 'oo sound' <strong>u</strong>, the lips are pulled into a tense, small circle. In addition, the back of the tongue is raised to a high position and sides of the tongue may touch the top teeth at the back of the mouth.

/l/
/l/
play_circle_filled
61% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

i
liked

cancel 59% accurate

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sound you said
/l/
/l/
play_circle_filled
100% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/aɪ/
/ay/
play_circle_filled
100% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

/k/
/k/
play_circle_filled
68% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/t/
/t/
play_circle_filled
31% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

it

cancel 88% accurate

done
sound you said
/ɪ/
/ih/
play_circle_filled
56% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/t/
/t/
play_circle_filled
81% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

because
it's

cancel 91% accurate

done
sound you said
/ɪ/
/ih/
play_circle_filled
77% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/t/
/t/
play_circle_filled
72% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/s/
/s/
play_circle_filled
28% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

small classes.
teacher

cancel 79% accurate

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sound you said
/t/
/t/
play_circle_filled
51% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/i/
/iy/
play_circle_filled
86% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

/tʃ/
/ch/
play_circle_filled
69% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the back tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released with friction.

/ə/
/ax/
play_circle_filled
90% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/r/
/r/
play_circle_filled
85% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

knows

cancel 94% accurate

done
sound you said
/n/
/n/
play_circle_filled
84% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/oʊ/
/ow/
play_circle_filled
100% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

/z/
/z/
play_circle_filled
98% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

my name.
and

cancel 85% accurate

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sound you said
/æ/
/ae/
play_circle_filled
96% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/n/
/n/
play_circle_filled
54% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/d/
/d/
play_circle_filled
48% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

that
is

cancel 94% accurate

done
sound you said
/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/z/
/z/
play_circle_filled
86% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

a
cozy

cancel 54% accurate

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sound you said
/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/oʊ/
/ow/
play_circle_filled
48% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

/z/
/z/
play_circle_filled
39% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/i/
/iy/
play_circle_filled
48% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

atmosphere

cancel 91% accurate

done
sound you said
/æ/
/ae/
play_circle_filled
100% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/m/
/m/
play_circle_filled
100% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/s/
/s/
play_circle_filled
100% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/f/
/f/
play_circle_filled
100% accurate

To create the 'f sound' <strong>f</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is to be a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the production of the <strong>f</strong>. A common error English language learners make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking other sounds to and from the <strong>f</strong>.

/i/
/iy/
play_circle_filled
100% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

/r/
/r/
play_circle_filled
76% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

is.

cancel 67% accurate

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sound you said
/ɪ/
/ih/
play_circle_filled
46% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/z/
/z/
play_circle_filled
53% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

high

cancel 94% accurate

done
sound you said
/ə/
/h/
play_circle_filled
94% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/aɪ/
/ay/
play_circle_filled
94% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

school

cancel 88% accurate

done
sound you said
/s/
/s/
play_circle_filled
100% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/u/
/uw/
play_circle_filled
73% accurate

To create the 'oo sound' <strong>u</strong>, the lips are pulled into a tense, small circle. In addition, the back of the tongue is raised to a high position and sides of the tongue may touch the top teeth at the back of the mouth.

/l/
/l/
play_circle_filled
100% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

was a
different

cancel 53% accurate

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sound you said
/d/
/d/
play_circle_filled
54% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/f/
/f/
play_circle_filled
69% accurate

To create the 'f sound' <strong>f</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is to be a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the production of the <strong>f</strong>. A common error English language learners make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking other sounds to and from the <strong>f</strong>.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/ə/
/ax/
play_circle_filled
43% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/n/
/n/
play_circle_filled
43% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/t/
/t/
play_circle_filled
12% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

story

cancel 85% accurate

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sound you said
/s/
/s/
play_circle_filled
85% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/t/
/t/
play_circle_filled
85% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ɔ/
/ao/
play_circle_filled
85% accurate

To create the 'aw sound' <strong>ɔ</strong> the entire tongue is pushed back and kept low during the pronunciation of the 'aw sound' <strong>ɔ</strong>. The bottom side teeth can be felt alongside the front of the tongue during the sound. The back of the tongue has only a slight rounding upward at the very rear of the mouth. The lips are made into an oval shape, and may stick slightly outward.

/r/
/r/
play_circle_filled
85% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/i/
/iy/
play_circle_filled
85% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

was a much more
difficult.

cancel 88% accurate

done
sound you said
/d/
/d/
play_circle_filled
88% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

/ɪ/
/ih/
play_circle_filled
88% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/f/
/f/
play_circle_filled
88% accurate

To create the 'f sound' <strong>f</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is to be a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the production of the <strong>f</strong>. A common error English language learners make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking other sounds to and from the <strong>f</strong>.

/ɪ/
/ih/
play_circle_filled
88% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/k/
/k/
play_circle_filled
88% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/ə/
/ah/
play_circle_filled
88% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/l/
/l/
play_circle_filled
88% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/t/
/t/
play_circle_filled
88% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

and

cancel 70% accurate

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sound you said
/æ/
/ae/
play_circle_filled
99% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/d/
/d/
play_circle_filled
0% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

the

cancel 94% accurate

done
sound you said
/ð/
/dh/
play_circle_filled
89% accurate

To create <strong>ð</strong> sound the tip of the tongue is placed behind the top front teeth. The friction occurs between the tip of the tongue and the top front teeth. Subtle friction may also occur between the top of the front of the tongue and the tooth ridge.

/ə/
/ax/
play_circle_filled
93% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

classes

cancel 94% accurate

done
sound you said
/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/l/
/l/
play_circle_filled
100% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/æ/
/ae/
play_circle_filled
100% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/s/
/s/
play_circle_filled
100% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/ɪ/
/ih/
play_circle_filled
93% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/z/
/z/
play_circle_filled
68% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

were huge
and

cancel 94% accurate

done
sound you said
/æ/
/ae/
play_circle_filled
95% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/d/
/d/
play_circle_filled
72% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

i

cancel 91% accurate

done
sound you said
/aɪ/
/ay/
play_circle_filled
91% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

felt

cancel 94% accurate

done
sound you said
/f/
/f/
play_circle_filled
89% accurate

To create the 'f sound' <strong>f</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is to be a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the production of the <strong>f</strong>. A common error English language learners make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking other sounds to and from the <strong>f</strong>.

/ɛ/
/eh/
play_circle_filled
100% accurate

To pronounce the <strong>ɛ</strong> sound the middle of the tongue rounds slightly upward and the sides of the tongue may lightly touch the top and bottom side teeth. The lips and jaw are loose and relaxed.

/l/
/l/
play_circle_filled
82% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/t/
/t/
play_circle_filled
68% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

a
bit

cancel 91% accurate

done
sound you said
/b/
/b/
play_circle_filled
85% accurate

To create the <strong>b</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/ɪ/
/ih/
play_circle_filled
78% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/t/
/t/
play_circle_filled
66% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

like a
factory

cancel 88% accurate

done
sound you said
/f/
/f/
play_circle_filled
100% accurate

To create the 'f sound' <strong>f</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is to be a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the production of the <strong>f</strong>. A common error English language learners make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking other sounds to and from the <strong>f</strong>.

/æ/
/ae/
play_circle_filled
83% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/k/
/k/
play_circle_filled
65% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/t/
/t/
play_circle_filled
66% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ə/
/ax/
play_circle_filled
68% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/i/
/iy/
play_circle_filled
84% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

so.

cancel 94% accurate

done
sound you said
/s/
/s/
play_circle_filled
100% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/oʊ/
/ow/
play_circle_filled
88% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

yeah,

cancel 69% accurate

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sound you said
/j/
/y/
play_circle_filled
94% accurate

To create the 'j sound' <strong>ʤ</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the back tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released with friction (similar to the friction of a zh sound <strong>ʒ</strong>).

/ɛ/
/eh/
play_circle_filled
57% accurate

To pronounce the <strong>ɛ</strong> sound the middle of the tongue rounds slightly upward and the sides of the tongue may lightly touch the top and bottom side teeth. The lips and jaw are loose and relaxed.

/ə/
/ax/
play_circle_filled
0% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

i

cancel 94% accurate

done
sound you said
/aɪ/
/ay/
play_circle_filled
94% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

kind of have the
adjust-get-by

cancel 94% accurate

done
sound you said
/ə/
/ax/
play_circle_filled
94% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/dʒ/
/jh/
play_circle_filled
94% accurate

To create the <strong>ʤ</strong> sound, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the back tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released with friction.

/ə/
/ah/
play_circle_filled
94% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/s/
/s/
play_circle_filled
94% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/t/
/t/
play_circle_filled
94% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/g/
/g/
play_circle_filled
94% accurate

To create the <strong>g</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>g</strong> is less than that for a <strong>k</strong>.

/ɛ/
/eh/
play_circle_filled
94% accurate

To pronounce the <strong>ɛ</strong> sound the middle of the tongue rounds slightly upward and the sides of the tongue may lightly touch the top and bottom side teeth. The lips and jaw are loose and relaxed.

/t/
/t/
play_circle_filled
94% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/b/
/b/
play_circle_filled
94% accurate

To create the <strong>b</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/aɪ/
/ay/
play_circle_filled
94% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

mentality.

cancel 85% accurate

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sound you said
/m/
/m/
play_circle_filled
70% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/ɛ/
/eh/
play_circle_filled
74% accurate

To pronounce the <strong>ɛ</strong> sound the middle of the tongue rounds slightly upward and the sides of the tongue may lightly touch the top and bottom side teeth. The lips and jaw are loose and relaxed.

/n/
/n/
play_circle_filled
57% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/æ/
/ae/
play_circle_filled
100% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/l/
/l/
play_circle_filled
100% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/t/
/t/
play_circle_filled
87% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/i/
/iy/
play_circle_filled
66% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

college

cancel 70% accurate

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sound you said
/k/
/k/
play_circle_filled
55% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/ɑ/
/aa/
play_circle_filled
59% accurate

To pronounce the 'aa sound' <strong>ɑ</strong> the vocal tract is very open for the production of the 'aa sound' <strong>ɑ</strong>. In fact, the jaw is held more open and the back of the tongue is held lower for this sound than any other American English vowel sound pronunciation. The tongue touches the inside of the bottom teeth so that the top of the tongue is nearly even with the top of the bottom teeth. The lips are held open and kept rounded, but relaxed.

/l/
/l/
play_circle_filled
61% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/dʒ/
/jh/
play_circle_filled
100% accurate

To create the <strong>ʤ</strong> sound, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the back tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released with friction.

brought me
back

cancel 94% accurate

done
sound you said
/b/
/b/
play_circle_filled
100% accurate

To create the <strong>b</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/æ/
/ae/
play_circle_filled
83% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/k/
/k/
play_circle_filled
67% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

because i
finally

cancel 73% accurate

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sound you said
/f/
/f/
play_circle_filled
100% accurate

To create the 'f sound' <strong>f</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is to be a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the production of the <strong>f</strong>. A common error English language learners make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking other sounds to and from the <strong>f</strong>.

/aɪ/
/ay/
play_circle_filled
64% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/ə/
/ax/
play_circle_filled
67% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/l/
/l/
play_circle_filled
59% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/i/
/iy/
play_circle_filled
53% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

had

cancel 91% accurate

done
sound you said
/ə/
/h/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/æ/
/ae/
play_circle_filled
100% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/d/
/d/
play_circle_filled
76% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

the

cancel 85% accurate

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sound you said
/ð/
/dh/
play_circle_filled
79% accurate

To create <strong>ð</strong> sound the tip of the tongue is placed behind the top front teeth. The friction occurs between the tip of the tongue and the top front teeth. Subtle friction may also occur between the top of the front of the tongue and the tooth ridge.

/ə/
/ah/
play_circle_filled
79% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

freedom

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sound you said
/f/
/f/
play_circle_filled
66% accurate

To create the 'f sound' <strong>f</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is to be a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the production of the <strong>f</strong>. A common error English language learners make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking other sounds to and from the <strong>f</strong>.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/i/
/iy/
play_circle_filled
100% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

/d/
/d/
play_circle_filled
100% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

/ə/
/ax/
play_circle_filled
64% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/m/
/m/
play_circle_filled
30% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

to

cancel 82% accurate

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sound you said
/t/
/t/
play_circle_filled
78% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ə/
/ax/
play_circle_filled
80% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

choose
courses

cancel 91% accurate

done
sound you said
/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/ɔ/
/ao/
play_circle_filled
82% accurate

To create the 'aw sound' <strong>ɔ</strong> the entire tongue is pushed back and kept low during the pronunciation of the 'aw sound' <strong>ɔ</strong>. The bottom side teeth can be felt alongside the front of the tongue during the sound. The back of the tongue has only a slight rounding upward at the very rear of the mouth. The lips are made into an oval shape, and may stick slightly outward.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/s/
/s/
play_circle_filled
100% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/z/
/z/
play_circle_filled
69% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

that

cancel 94% accurate

done
sound you said
/ð/
/dh/
play_circle_filled
90% accurate

To create <strong>ð</strong> sound the tip of the tongue is placed behind the top front teeth. The friction occurs between the tip of the tongue and the top front teeth. Subtle friction may also occur between the top of the front of the tongue and the tooth ridge.

/æ/
/ae/
play_circle_filled
88% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/t/
/t/
play_circle_filled
75% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

interest

cancel 88% accurate

done
sound you said
/ɪ/
/ih/
play_circle_filled
71% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/s/
/s/
play_circle_filled
76% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/t/
/t/
play_circle_filled
73% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

me.   play_circle_filled

Pronunciation: 89%   Fluency: 94%   Grammar: 65%   Coherence: 80%   Vocab: 75%   Relevance: 90%  

 
grammar
Strengths

Most simple sentence structures are correct and understandable, and you use past tense appropriately in places like "College brought me back."

Weaknesses

There are tense and agreement inconsistencies and some awkward constructions that interrupt fluency, for example "Teacher knows my name and that is a cozy atmosphere" mixes present tense and a clumsy connector, and the phrasing "I kind of have the adjust-get-by mentality" sounds ungrammatical and unclear.

Question 3: Let's talk about motivation. Some people are very driven by academic success or career goals, while others focus more on learning for personal growth. What has motivated you most in your education so far—and has that motivation changed over time?
 
that's good
question.

cancel 88% accurate

done
sound you said
/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/w/
/w/
play_circle_filled
100% accurate

To create the 'w sound' <strong>w</strong> the jaw is mostly closed and the lips form a small, tight circle. The sound is voiced, so the vocal cords must vibrate during the production of the sound.

/ɛ/
/eh/
play_circle_filled
83% accurate

To pronounce the <strong>ɛ</strong> sound the middle of the tongue rounds slightly upward and the sides of the tongue may lightly touch the top and bottom side teeth. The lips and jaw are loose and relaxed.

/s/
/s/
play_circle_filled
58% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/tʃ/
/ch/
play_circle_filled
100% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the back tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released with friction.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/n/
/n/
play_circle_filled
79% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

early

cancel 85% accurate

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sound you said
/ɚ/
/er/
play_circle_filled
100% accurate

To create the <strong>ɚ</strong> sound first raise the back of the tongue so that the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/l/
/l/
play_circle_filled
100% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/i/
/iy/
play_circle_filled
71% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

on

cancel 88% accurate

done
sound you said
/ɑ/
/aa/
play_circle_filled
93% accurate

To pronounce the 'aa sound' <strong>ɑ</strong> the vocal tract is very open for the production of the 'aa sound' <strong>ɑ</strong>. In fact, the jaw is held more open and the back of the tongue is held lower for this sound than any other American English vowel sound pronunciation. The tongue touches the inside of the bottom teeth so that the top of the tongue is nearly even with the top of the bottom teeth. The lips are held open and kept rounded, but relaxed.

/n/
/n/
play_circle_filled
80% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

i

cancel 85% accurate

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sound you said
/aɪ/
/ay/
play_circle_filled
85% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

was

cancel 88% accurate

done
sound you said
/w/
/w/
play_circle_filled
95% accurate

To create the 'w sound' <strong>w</strong> the jaw is mostly closed and the lips form a small, tight circle. The sound is voiced, so the vocal cords must vibrate during the production of the sound.

/ə/
/ax/
play_circle_filled
97% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/z/
/z/
play_circle_filled
72% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

totally

cancel 88% accurate

done
sound you said
/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/oʊ/
/ow/
play_circle_filled
100% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/l/
/l/
play_circle_filled
86% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/i/
/iy/
play_circle_filled
61% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

driven

cancel 94% accurate

done
sound you said
/d/
/d/
play_circle_filled
79% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/v/
/v/
play_circle_filled
90% accurate

To create the 'v sound' <strong>v</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the <strong>v</strong>. A common error ESL/ELL students make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking to and from the <strong>v</strong>.

/ə/
/ax/
play_circle_filled
93% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/n/
/n/
play_circle_filled
84% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

by.
goal

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sound you said
/g/
/g/
play_circle_filled
80% accurate

To create the <strong>g</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>g</strong> is less than that for a <strong>k</strong>.

/oʊ/
/ow/
play_circle_filled
100% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

/l/
/l/
play_circle_filled
52% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

stars

cancel 94% accurate

done
sound you said
/s/
/s/
play_circle_filled
78% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ɑ/
/aa/
play_circle_filled
100% accurate

To pronounce the 'aa sound' <strong>ɑ</strong> the vocal tract is very open for the production of the 'aa sound' <strong>ɑ</strong>. In fact, the jaw is held more open and the back of the tongue is held lower for this sound than any other American English vowel sound pronunciation. The tongue touches the inside of the bottom teeth so that the top of the tongue is nearly even with the top of the bottom teeth. The lips are held open and kept rounded, but relaxed.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/z/
/z/
play_circle_filled
100% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

and getting my
parents

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sound you said
/p/
/p/
play_circle_filled
100% accurate

To create the <strong>p</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/ɛ/
/eh/
play_circle_filled
100% accurate

To pronounce the <strong>ɛ</strong> sound the middle of the tongue rounds slightly upward and the sides of the tongue may lightly touch the top and bottom side teeth. The lips and jaw are loose and relaxed.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/s/
/s/
play_circle_filled
71% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

to

cancel 91% accurate

done
sound you said
/t/
/t/
play_circle_filled
85% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/u/
/uw/
play_circle_filled
80% accurate

To create the 'oo sound' <strong>u</strong>, the lips are pulled into a tense, small circle. In addition, the back of the tongue is raised to a high position and sides of the tongue may touch the top teeth at the back of the mouth.

stack

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done
sound you said
/s/
/s/
play_circle_filled
54% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/æ/
/ae/
play_circle_filled
100% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

my
report

cancel 94% accurate

done
sound you said
/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/i/
/iy/
play_circle_filled
75% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

/p/
/p/
play_circle_filled
67% accurate

To create the <strong>p</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/ɔ/
/ao/
play_circle_filled
84% accurate

To create the 'aw sound' <strong>ɔ</strong> the entire tongue is pushed back and kept low during the pronunciation of the 'aw sound' <strong>ɔ</strong>. The bottom side teeth can be felt alongside the front of the tongue during the sound. The back of the tongue has only a slight rounding upward at the very rear of the mouth. The lips are made into an oval shape, and may stick slightly outward.

/r/
/r/
play_circle_filled
59% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/t/
/t/
play_circle_filled
69% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

card

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sound you said
/k/
/k/
play_circle_filled
75% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/ɑ/
/aa/
play_circle_filled
100% accurate

To pronounce the 'aa sound' <strong>ɑ</strong> the vocal tract is very open for the production of the 'aa sound' <strong>ɑ</strong>. In fact, the jaw is held more open and the back of the tongue is held lower for this sound than any other American English vowel sound pronunciation. The tongue touches the inside of the bottom teeth so that the top of the tongue is nearly even with the top of the bottom teeth. The lips are held open and kept rounded, but relaxed.

/r/
/r/
play_circle_filled
57% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/d/
/d/
play_circle_filled
50% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

on

cancel 94% accurate

done
sound you said
/ɔ/
/ao/
play_circle_filled
87% accurate

To create the 'aw sound' <strong>ɔ</strong> the entire tongue is pushed back and kept low during the pronunciation of the 'aw sound' <strong>ɔ</strong>. The bottom side teeth can be felt alongside the front of the tongue during the sound. The back of the tongue has only a slight rounding upward at the very rear of the mouth. The lips are made into an oval shape, and may stick slightly outward.

/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

fridge, then
encouraging

cancel 88% accurate

done
sound you said
/ɛ/
/eh/
play_circle_filled
35% accurate

To pronounce the <strong>ɛ</strong> sound the middle of the tongue rounds slightly upward and the sides of the tongue may lightly touch the top and bottom side teeth. The lips and jaw are loose and relaxed.

/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/ɚ/
/er/
play_circle_filled
100% accurate

To create the <strong>ɚ</strong> sound first raise the back of the tongue so that the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/dʒ/
/jh/
play_circle_filled
100% accurate

To create the <strong>ʤ</strong> sound, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the back tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released with friction.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/ŋ/
/ng/
play_circle_filled
51% accurate

To create the 'ng sound' <strong>ŋ</strong>, air is prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

the
motivation

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done
sound you said
/m/
/m/
play_circle_filled
100% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/oʊ/
/ow/
play_circle_filled
100% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/v/
/v/
play_circle_filled
100% accurate

To create the 'v sound' <strong>v</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the <strong>v</strong>. A common error ESL/ELL students make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking to and from the <strong>v</strong>.

/eɪ/
/ey/
play_circle_filled
100% accurate

To pronounce the <strong>eɪ</strong> sound, begin with the tongue pushed somewhat forward but in a neutral position in the mouth. Then, as the jaw closes slightly, move the body of the tongue upward until it is near the tooth ridge--similar to the position of a 'y sound' <strong>y</strong>. The front sides of the tongue touch the inside of the top teeth at the end of the sound.

/ʃ/
/sh/
play_circle_filled
100% accurate

To create the 'sh sound' <strong>ʃ</strong>, air is forced between a wide groove in the center of the front of the tongue and the back of the tooth ridge. The sides of the blade of the tongue may touch the side teeth. The lips are kept slightly tense, and may protrude somewhat during the production of the sound. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/n/
/n/
play_circle_filled
78% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

shift

cancel 94% accurate

done
sound you said
/ʃ/
/sh/
play_circle_filled
100% accurate

To create the 'sh sound' <strong>ʃ</strong>, air is forced between a wide groove in the center of the front of the tongue and the back of the tooth ridge. The sides of the blade of the tongue may touch the side teeth. The lips are kept slightly tense, and may protrude somewhat during the production of the sound. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/f/
/f/
play_circle_filled
78% accurate

To create the 'f sound' <strong>f</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is to be a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the production of the <strong>f</strong>. A common error English language learners make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking other sounds to and from the <strong>f</strong>.

/t/
/t/
play_circle_filled
57% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

to
curiosities.

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sound you said
/k/
/k/
play_circle_filled
76% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/j/
/y/
play_circle_filled
100% accurate

To create the 'j sound' <strong>ʤ</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the back tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released with friction (similar to the friction of a zh sound <strong>ʒ</strong>).

/ʊ/
/uh/
play_circle_filled
100% accurate

To create the 'other u' <strong>ʊ</strong> sound, the back of the tongue is raised to a mid-high position. The sides of the tongue may touch the top teeth toward the back of the mouth. The jaw is slightly closed and the lips are pulled into a loose circle.

/r/
/r/
play_circle_filled
66% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/i/
/iy/
play_circle_filled
68% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

/ɔ/
/ao/
play_circle_filled
48% accurate

To create the 'aw sound' <strong>ɔ</strong> the entire tongue is pushed back and kept low during the pronunciation of the 'aw sound' <strong>ɔ</strong>. The bottom side teeth can be felt alongside the front of the tongue during the sound. The back of the tongue has only a slight rounding upward at the very rear of the mouth. The lips are made into an oval shape, and may stick slightly outward.

/s/
/s/
play_circle_filled
58% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/i/
/iy/
play_circle_filled
100% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

/z/
/z/
play_circle_filled
64% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

i

cancel 91% accurate

done
sound you said
/aɪ/
/ay/
play_circle_filled
91% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

like to
research

cancel 91% accurate

done
sound you said
/r/
/r/
play_circle_filled
76% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/i/
/iy/
play_circle_filled
100% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

/s/
/s/
play_circle_filled
80% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/ɚ/
/er/
play_circle_filled
100% accurate

To create the <strong>ɚ</strong> sound first raise the back of the tongue so that the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/tʃ/
/ch/
play_circle_filled
71% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the back tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released with friction.

and

cancel 88% accurate

done
sound you said
/æ/
/ae/
play_circle_filled
89% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/n/
/n/
play_circle_filled
45% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/d/
/d/
play_circle_filled
40% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

i want to know more about this now in my
master's

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sound you said
/m/
/m/
play_circle_filled
100% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/æ/
/ae/
play_circle_filled
100% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/s/
/s/
play_circle_filled
100% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/r/
/r/
play_circle_filled
0% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/z/
/z/
play_circle_filled
100% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

degree.

cancel 79% accurate

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sound you said
/d/
/d/
play_circle_filled
30% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

/ə/
/ax/
play_circle_filled
73% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/g/
/g/
play_circle_filled
100% accurate

To create the <strong>g</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>g</strong> is less than that for a <strong>k</strong>.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/i/
/iy/
play_circle_filled
95% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

the
big

cancel 85% accurate

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sound you said
/b/
/b/
play_circle_filled
100% accurate

To create the <strong>b</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/g/
/g/
play_circle_filled
27% accurate

To create the <strong>g</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>g</strong> is less than that for a <strong>k</strong>.

driver

cancel 94% accurate

done
sound you said
/d/
/d/
play_circle_filled
82% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/aɪ/
/ay/
play_circle_filled
100% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

/v/
/v/
play_circle_filled
100% accurate

To create the 'v sound' <strong>v</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the <strong>v</strong>. A common error ESL/ELL students make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking to and from the <strong>v</strong>.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/r/
/r/
play_circle_filled
76% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

is is
practicality.

cancel 76% accurate

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sound you said
/p/
/p/
play_circle_filled
75% accurate

To create the <strong>p</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/æ/
/ae/
play_circle_filled
69% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ɪ/
/ih/
play_circle_filled
68% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/k/
/k/
play_circle_filled
43% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/æ/
/ae/
play_circle_filled
54% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/l/
/l/
play_circle_filled
68% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/ɪ/
/ih/
play_circle_filled
63% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/t/
/t/
play_circle_filled
66% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/i/
/iy/
play_circle_filled
63% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

i

cancel 94% accurate

done
sound you said
/aɪ/
/ay/
play_circle_filled
94% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

need

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sound you said
/n/
/n/
play_circle_filled
86% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/i/
/iy/
play_circle_filled
83% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

/d/
/d/
play_circle_filled
12% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

those

cancel 91% accurate

done
sound you said
/ð/
/dh/
play_circle_filled
50% accurate

To create <strong>ð</strong> sound the tip of the tongue is placed behind the top front teeth. The friction occurs between the tip of the tongue and the top front teeth. Subtle friction may also occur between the top of the front of the tongue and the tooth ridge.

/oʊ/
/ow/
play_circle_filled
94% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

/z/
/z/
play_circle_filled
71% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

skills

cancel 91% accurate

done
sound you said
/s/
/s/
play_circle_filled
100% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/l/
/l/
play_circle_filled
92% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/z/
/z/
play_circle_filled
0% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

to

cancel 80% accurate

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sound you said
/t/
/t/
play_circle_filled
60% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ə/
/ax/
play_circle_filled
45% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

stay
relevant

cancel 46% accurate

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sound you said
/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/ɛ/
/eh/
play_circle_filled
98% accurate

To pronounce the <strong>ɛ</strong> sound the middle of the tongue rounds slightly upward and the sides of the tongue may lightly touch the top and bottom side teeth. The lips and jaw are loose and relaxed.

/l/
/l/
play_circle_filled
50% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/ə/
/ax/
play_circle_filled
6% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/v/
/v/
play_circle_filled
36% accurate

To create the 'v sound' <strong>v</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the <strong>v</strong>. A common error ESL/ELL students make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking to and from the <strong>v</strong>.

/ə/
/ax/
play_circle_filled
76% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/n/
/n/
play_circle_filled
46% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/t/
/t/
play_circle_filled
2% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

in

cancel 88% accurate

done
sound you said
/ɪ/
/ih/
play_circle_filled
80% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/n/
/n/
play_circle_filled
80% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

world

cancel 91% accurate

done
sound you said
/w/
/w/
play_circle_filled
92% accurate

To create the 'w sound' <strong>w</strong> the jaw is mostly closed and the lips form a small, tight circle. The sound is voiced, so the vocal cords must vibrate during the production of the sound.

/ɚ/
/er/
play_circle_filled
100% accurate

To create the <strong>ɚ</strong> sound first raise the back of the tongue so that the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/l/
/l/
play_circle_filled
67% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/d/
/d/
play_circle_filled
78% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

and

cancel 88% accurate

done
sound you said
/æ/
/ae/
play_circle_filled
60% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/n/
/n/
play_circle_filled
68% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/d/
/d/
play_circle_filled
74% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

hopefully

cancel 94% accurate

done
sound you said
/ə/
/h/
play_circle_filled
69% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/oʊ/
/ow/
play_circle_filled
100% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

/p/
/p/
play_circle_filled
100% accurate

To create the <strong>p</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/f/
/f/
play_circle_filled
100% accurate

To create the 'f sound' <strong>f</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is to be a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the production of the <strong>f</strong>. A common error English language learners make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking other sounds to and from the <strong>f</strong>.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/l/
/l/
play_circle_filled
100% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/i/
/iy/
play_circle_filled
77% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

get a
promotion

cancel 91% accurate

done
sound you said
/p/
/p/
play_circle_filled
80% accurate

To create the <strong>p</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/r/
/r/
play_circle_filled
82% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/ə/
/ax/
play_circle_filled
98% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/m/
/m/
play_circle_filled
100% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/oʊ/
/ow/
play_circle_filled
100% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

/ʃ/
/sh/
play_circle_filled
100% accurate

To create the 'sh sound' <strong>ʃ</strong>, air is forced between a wide groove in the center of the front of the tongue and the back of the tooth ridge. The sides of the blade of the tongue may touch the side teeth. The lips are kept slightly tense, and may protrude somewhat during the production of the sound. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/n/
/n/
play_circle_filled
59% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

so

cancel 94% accurate

done
sound you said
/s/
/s/
play_circle_filled
85% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/oʊ/
/ow/
play_circle_filled
90% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

it's more
fun

cancel 88% accurate

done
sound you said
/f/
/f/
play_circle_filled
100% accurate

To create the 'f sound' <strong>f</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is to be a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the production of the <strong>f</strong>. A common error English language learners make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking other sounds to and from the <strong>f</strong>.

/ə/
/ah/
play_circle_filled
97% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/n/
/n/
play_circle_filled
36% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

still

cancel 79% accurate

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sound you said
/s/
/s/
play_circle_filled
88% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/t/
/t/
play_circle_filled
96% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ɪ/
/ih/
play_circle_filled
92% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/l/
/l/
play_circle_filled
31% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

to

cancel 82% accurate

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sound you said
/t/
/t/
play_circle_filled
87% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/u/
/uw/
play_circle_filled
66% accurate

To create the 'oo sound' <strong>u</strong>, the lips are pulled into a tense, small circle. In addition, the back of the tongue is raised to a high position and sides of the tongue may touch the top teeth at the back of the mouth.

internal

cancel 91% accurate

done
sound you said
/ɪ/
/ih/
play_circle_filled
66% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/t/
/t/
play_circle_filled
85% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ɚ/
/er/
play_circle_filled
100% accurate

To create the <strong>ɚ</strong> sound first raise the back of the tongue so that the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/l/
/l/
play_circle_filled
100% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

curiosities

cancel 69% accurate

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sound you said
/k/
/k/
play_circle_filled
75% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/j/
/y/
play_circle_filled
100% accurate

To create the 'j sound' <strong>ʤ</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the back tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released with friction (similar to the friction of a zh sound <strong>ʒ</strong>).

/ʊ/
/uh/
play_circle_filled
79% accurate

To create the 'other u' <strong>ʊ</strong> sound, the back of the tongue is raised to a mid-high position. The sides of the tongue may touch the top teeth toward the back of the mouth. The jaw is slightly closed and the lips are pulled into a loose circle.

/r/
/r/
play_circle_filled
61% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/i/
/iy/
play_circle_filled
48% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

/ɔ/
/ao/
play_circle_filled
28% accurate

To create the 'aw sound' <strong>ɔ</strong> the entire tongue is pushed back and kept low during the pronunciation of the 'aw sound' <strong>ɔ</strong>. The bottom side teeth can be felt alongside the front of the tongue during the sound. The back of the tongue has only a slight rounding upward at the very rear of the mouth. The lips are made into an oval shape, and may stick slightly outward.

/s/
/s/
play_circle_filled
50% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/i/
/iy/
play_circle_filled
100% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

/z/
/z/
play_circle_filled
62% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

and now more of
a

cancel 94% accurate

done
sound you said
/ə/
/ax/
play_circle_filled
94% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

career
survival

cancel 91% accurate

done
sound you said
/s/
/s/
play_circle_filled
68% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/v/
/v/
play_circle_filled
100% accurate

To create the 'v sound' <strong>v</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the <strong>v</strong>. A common error ESL/ELL students make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking to and from the <strong>v</strong>.

/aɪ/
/ay/
play_circle_filled
100% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

/v/
/v/
play_circle_filled
100% accurate

To create the 'v sound' <strong>v</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the <strong>v</strong>. A common error ESL/ELL students make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking to and from the <strong>v</strong>.

/ə/
/ax/
play_circle_filled
84% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/l/
/l/
play_circle_filled
75% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

motivation.

cancel 91% accurate

done
sound you said
/m/
/m/
play_circle_filled
100% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/oʊ/
/ow/
play_circle_filled
100% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/v/
/v/
play_circle_filled
100% accurate

To create the 'v sound' <strong>v</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the <strong>v</strong>. A common error ESL/ELL students make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking to and from the <strong>v</strong>.

/eɪ/
/ey/
play_circle_filled
100% accurate

To pronounce the <strong>eɪ</strong> sound, begin with the tongue pushed somewhat forward but in a neutral position in the mouth. Then, as the jaw closes slightly, move the body of the tongue upward until it is near the tooth ridge--similar to the position of a 'y sound' <strong>y</strong>. The front sides of the tongue touch the inside of the top teeth at the end of the sound.

/ʃ/
/sh/
play_circle_filled
100% accurate

To create the 'sh sound' <strong>ʃ</strong>, air is forced between a wide groove in the center of the front of the tongue and the back of the tooth ridge. The sides of the blade of the tongue may touch the side teeth. The lips are kept slightly tense, and may protrude somewhat during the production of the sound. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration.

/ə/
/ax/
play_circle_filled
91% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/n/
/n/
play_circle_filled
60% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

which

cancel 94% accurate

done
sound you said
/w/
/w/
play_circle_filled
78% accurate

To create the 'w sound' <strong>w</strong> the jaw is mostly closed and the lips form a small, tight circle. The sound is voiced, so the vocal cords must vibrate during the production of the sound.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/tʃ/
/ch/
play_circle_filled
100% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the back tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released with friction.

i feel
i'm

cancel 94% accurate

done
sound you said
/aɪ/
/ay/
play_circle_filled
100% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

/m/
/m/
play_circle_filled
76% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

grown

cancel 66% accurate

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sound you said
/g/
/g/
play_circle_filled
41% accurate

To create the <strong>g</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>g</strong> is less than that for a <strong>k</strong>.

/r/
/r/
play_circle_filled
54% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/oʊ/
/ow/
play_circle_filled
40% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

/n/
/n/
play_circle_filled
65% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

up.

cancel 94% accurate

done
sound you said
/ə/
/ah/
play_circle_filled
80% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/p/
/p/
play_circle_filled
80% accurate

To create the <strong>p</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

i guess
so.

cancel 91% accurate

done
sound you said
/s/
/s/
play_circle_filled
98% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/oʊ/
/ow/
play_circle_filled
74% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

  play_circle_filled

Pronunciation: 92%   Fluency: 91%   Grammar: 45%   Coherence: 60%   Vocab: 60%   Relevance: 85%  

 
grammar
Strengths

You correctly use tense to mark stages of your life (early on vs now), which helps show the timeline of your motivation.

Short, simple clauses like "I like to research" are grammatically correct and easy to follow.

Weaknesses

Sentence fragments and missing auxiliary verbs interrupt flow; for example, "Then encouraging the motivation shift to curiosities" is an incomplete clause that should be rephrased for clarity.

There are errors in word forms and structure that affect meaning, as in "it's more fun still to internal curiosities," where the verb form and structure are incorrect and confusing.

Final sentence structure is awkward and ungrammatical: "which I feel I'm grown up, I guess so" needs restructuring to something like "I feel I've grown up" or "I guess I've grown up."

Question 4: Last question. In recent years, there's been more debate about how schools should adapt to meet different learning styles, incorporate technology, or emphasize life skills. Do you think the current education system prepares people well for real life? Why or why not?
 
a.

cancel 75% accurate

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sound you said
/ə/
/ah/
play_circle_filled
67% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

a

cancel 57% accurate

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sound you said
/ə/
/ah/
play_circle_filled
57% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

i

cancel 91% accurate

done
sound you said
/aɪ/
/ay/
play_circle_filled
91% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

think

cancel 91% accurate

done
sound you said
/θ/
/th/
play_circle_filled
91% accurate

To create the <strong>ð</strong> sound the tip of the tongue is placed behind the top front teeth. The friction occurs between the tip of the tongue and the top front teeth. Subtle friction may also occur between the top of the front of the tongue and the tooth ridge.

/ɪ/
/ih/
play_circle_filled
91% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/ŋ/
/ng/
play_circle_filled
91% accurate

To create the 'ng sound' <strong>ŋ</strong>, air is prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/k/
/k/
play_circle_filled
91% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

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sound you said
/s/
/s/
play_circle_filled
77% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/ɪ/
/ih/
play_circle_filled
98% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/s/
/s/
play_circle_filled
83% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/t/
/t/
play_circle_filled
61% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ə/
/ax/
play_circle_filled
24% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/m/
/m/
play_circle_filled
32% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

is

cancel 94% accurate

done
sound you said
/ɪ/
/ih/
play_circle_filled
82% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/z/
/z/
play_circle_filled
92% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

doing okay but could
use

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done
sound you said
/j/
/y/
play_circle_filled
94% accurate

To create the 'j sound' <strong>ʤ</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the back tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released with friction (similar to the friction of a zh sound <strong>ʒ</strong>).

/u/
/uw/
play_circle_filled
94% accurate

To create the 'oo sound' <strong>u</strong>, the lips are pulled into a tense, small circle. In addition, the back of the tongue is raised to a high position and sides of the tongue may touch the top teeth at the back of the mouth.

/s/
/s/
play_circle_filled
94% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

a

cancel 94% accurate

done
sound you said
/ə/
/ax/
play_circle_filled
94% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

serious

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done
sound you said
/s/
/s/
play_circle_filled
75% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/i/
/iy/
play_circle_filled
100% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

/r/
/r/
play_circle_filled
84% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/i/
/iy/
play_circle_filled
60% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

/ə/
/ax/
play_circle_filled
46% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/s/
/s/
play_circle_filled
42% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

improvement.

cancel 91% accurate

done
sound you said
/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/m/
/m/
play_circle_filled
100% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/p/
/p/
play_circle_filled
100% accurate

To create the <strong>p</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/u/
/uw/
play_circle_filled
100% accurate

To create the 'oo sound' <strong>u</strong>, the lips are pulled into a tense, small circle. In addition, the back of the tongue is raised to a high position and sides of the tongue may touch the top teeth at the back of the mouth.

/v/
/v/
play_circle_filled
100% accurate

To create the 'v sound' <strong>v</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the <strong>v</strong>. A common error ESL/ELL students make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking to and from the <strong>v</strong>.

/m/
/m/
play_circle_filled
100% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/t/
/t/
play_circle_filled
76% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

schools still
prioritize

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sound you said
/p/
/p/
play_circle_filled
75% accurate

To create the <strong>p</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/r/
/r/
play_circle_filled
52% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/aɪ/
/ay/
play_circle_filled
51% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

/ɔ/
/ao/
play_circle_filled
59% accurate

To create the 'aw sound' <strong>ɔ</strong> the entire tongue is pushed back and kept low during the pronunciation of the 'aw sound' <strong>ɔ</strong>. The bottom side teeth can be felt alongside the front of the tongue during the sound. The back of the tongue has only a slight rounding upward at the very rear of the mouth. The lips are made into an oval shape, and may stick slightly outward.

/r/
/r/
play_circle_filled
25% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/ɪ/
/ih/
play_circle_filled
51% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/aɪ/
/ay/
play_circle_filled
100% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

/z/
/z/
play_circle_filled
83% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

memorizing

cancel 94% accurate

done
sound you said
/m/
/m/
play_circle_filled
77% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/ɛ/
/eh/
play_circle_filled
100% accurate

To pronounce the <strong>ɛ</strong> sound the middle of the tongue rounds slightly upward and the sides of the tongue may lightly touch the top and bottom side teeth. The lips and jaw are loose and relaxed.

/m/
/m/
play_circle_filled
100% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/aɪ/
/ay/
play_circle_filled
100% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

/z/
/z/
play_circle_filled
100% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/ŋ/
/ng/
play_circle_filled
80% accurate

To create the 'ng sound' <strong>ŋ</strong>, air is prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

content

cancel 94% accurate

done
sound you said
/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/ɑ/
/aa/
play_circle_filled
100% accurate

To pronounce the 'aa sound' <strong>ɑ</strong> the vocal tract is very open for the production of the 'aa sound' <strong>ɑ</strong>. In fact, the jaw is held more open and the back of the tongue is held lower for this sound than any other American English vowel sound pronunciation. The tongue touches the inside of the bottom teeth so that the top of the tongue is nearly even with the top of the bottom teeth. The lips are held open and kept rounded, but relaxed.

/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ɛ/
/eh/
play_circle_filled
100% accurate

To pronounce the <strong>ɛ</strong> sound the middle of the tongue rounds slightly upward and the sides of the tongue may lightly touch the top and bottom side teeth. The lips and jaw are loose and relaxed.

/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/t/
/t/
play_circle_filled
78% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

for

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sound you said
/f/
/f/
play_circle_filled
100% accurate

To create the 'f sound' <strong>f</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is to be a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the production of the <strong>f</strong>. A common error English language learners make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking other sounds to and from the <strong>f</strong>.

/ɔ/
/ao/
play_circle_filled
55% accurate

To create the 'aw sound' <strong>ɔ</strong> the entire tongue is pushed back and kept low during the pronunciation of the 'aw sound' <strong>ɔ</strong>. The bottom side teeth can be felt alongside the front of the tongue during the sound. The back of the tongue has only a slight rounding upward at the very rear of the mouth. The lips are made into an oval shape, and may stick slightly outward.

/r/
/r/
play_circle_filled
41% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

tests.

cancel 88% accurate

done
sound you said
/t/
/t/
play_circle_filled
80% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ɛ/
/eh/
play_circle_filled
100% accurate

To pronounce the <strong>ɛ</strong> sound the middle of the tongue rounds slightly upward and the sides of the tongue may lightly touch the top and bottom side teeth. The lips and jaw are loose and relaxed.

/s/
/s/
play_circle_filled
79% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/t/
/t/
play_circle_filled
78% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/s/
/s/
play_circle_filled
56% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

i
think

cancel 94% accurate

done
sound you said
/θ/
/th/
play_circle_filled
100% accurate

To create the <strong>ð</strong> sound the tip of the tongue is placed behind the top front teeth. The friction occurs between the tip of the tongue and the top front teeth. Subtle friction may also occur between the top of the front of the tongue and the tooth ridge.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/ŋ/
/ng/
play_circle_filled
100% accurate

To create the 'ng sound' <strong>ŋ</strong>, air is prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/k/
/k/
play_circle_filled
78% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

it's quite
outdated,

cancel 91% accurate

done
sound you said
/aʊ/
/aw/
play_circle_filled
82% accurate

Start with the jaw open and the body of the tongue in a low position in the mouth. The bottom teeth can be felt along the sides of the tongue. Then, as the jaw closes, the lips close into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

/t/
/t/
play_circle_filled
91% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/d/
/d/
play_circle_filled
100% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

/eɪ/
/ey/
play_circle_filled
100% accurate

To pronounce the <strong>eɪ</strong> sound, begin with the tongue pushed somewhat forward but in a neutral position in the mouth. Then, as the jaw closes slightly, move the body of the tongue upward until it is near the tooth ridge--similar to the position of a 'y sound' <strong>y</strong>. The front sides of the tongue touch the inside of the top teeth at the end of the sound.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/d/
/d/
play_circle_filled
54% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

you
know,

cancel 91% accurate

done
sound you said
/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/oʊ/
/ow/
play_circle_filled
81% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

especially

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sound you said
/ə/
/ax/
play_circle_filled
24% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/s/
/s/
play_circle_filled
55% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/p/
/p/
play_circle_filled
100% accurate

To create the <strong>p</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/ɛ/
/eh/
play_circle_filled
100% accurate

To pronounce the <strong>ɛ</strong> sound the middle of the tongue rounds slightly upward and the sides of the tongue may lightly touch the top and bottom side teeth. The lips and jaw are loose and relaxed.

/ʃ/
/sh/
play_circle_filled
100% accurate

To create the 'sh sound' <strong>ʃ</strong>, air is forced between a wide groove in the center of the front of the tongue and the back of the tooth ridge. The sides of the blade of the tongue may touch the side teeth. The lips are kept slightly tense, and may protrude somewhat during the production of the sound. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration.

/ə/
/ax/
play_circle_filled
67% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/l/
/l/
play_circle_filled
56% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/i/
/iy/
play_circle_filled
52% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

ai and google is so
convenient

cancel 76% accurate

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sound you said
/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/v/
/v/
play_circle_filled
100% accurate

To create the 'v sound' <strong>v</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the <strong>v</strong>. A common error ESL/ELL students make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking to and from the <strong>v</strong>.

/i/
/iy/
play_circle_filled
93% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/j/
/y/
play_circle_filled
100% accurate

To create the 'j sound' <strong>ʤ</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the back tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released with friction (similar to the friction of a zh sound <strong>ʒ</strong>).

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/t/
/t/
play_circle_filled
34% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

to
use

cancel 94% accurate

done
sound you said
/j/
/y/
play_circle_filled
91% accurate

To create the 'j sound' <strong>ʤ</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the back tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released with friction (similar to the friction of a zh sound <strong>ʒ</strong>).

/u/
/uw/
play_circle_filled
100% accurate

To create the 'oo sound' <strong>u</strong>, the lips are pulled into a tense, small circle. In addition, the back of the tongue is raised to a high position and sides of the tongue may touch the top teeth at the back of the mouth.

/s/
/s/
play_circle_filled
86% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

now.
we'll

cancel 94% accurate

done
sound you said
/w/
/w/
play_circle_filled
93% accurate

To create the 'w sound' <strong>w</strong> the jaw is mostly closed and the lips form a small, tight circle. The sound is voiced, so the vocal cords must vibrate during the production of the sound.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/l/
/l/
play_circle_filled
68% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

be better
served

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sound you said
/s/
/s/
play_circle_filled
96% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/ɚ/
/er/
play_circle_filled
100% accurate

To create the <strong>ɚ</strong> sound first raise the back of the tongue so that the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/v/
/v/
play_circle_filled
77% accurate

To create the 'v sound' <strong>v</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the <strong>v</strong>. A common error ESL/ELL students make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking to and from the <strong>v</strong>.

/d/
/d/
play_circle_filled
0% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

if

cancel 80% accurate

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sound you said
/ɪ/
/ih/
play_circle_filled
45% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/v/
/v/
play_circle_filled
80% accurate

To create the 'v sound' <strong>v</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the <strong>v</strong>. A common error ESL/ELL students make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking to and from the <strong>v</strong>.

classes
spend

cancel 76% accurate

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sound you said
/s/
/s/
play_circle_filled
100% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/p/
/p/
play_circle_filled
100% accurate

To create the <strong>p</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/ɛ/
/eh/
play_circle_filled
100% accurate

To pronounce the <strong>ɛ</strong> sound the middle of the tongue rounds slightly upward and the sides of the tongue may lightly touch the top and bottom side teeth. The lips and jaw are loose and relaxed.

/n/
/n/
play_circle_filled
87% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/d/
/d/
play_circle_filled
40% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

more

cancel 94% accurate

done
sound you said
/m/
/m/
play_circle_filled
100% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/ɔ/
/ao/
play_circle_filled
84% accurate

To create the 'aw sound' <strong>ɔ</strong> the entire tongue is pushed back and kept low during the pronunciation of the 'aw sound' <strong>ɔ</strong>. The bottom side teeth can be felt alongside the front of the tongue during the sound. The back of the tongue has only a slight rounding upward at the very rear of the mouth. The lips are made into an oval shape, and may stick slightly outward.

/r/
/r/
play_circle_filled
47% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

time

cancel 82% accurate

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sound you said
/t/
/t/
play_circle_filled
66% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/aɪ/
/ay/
play_circle_filled
57% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

/m/
/m/
play_circle_filled
35% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

on

cancel 82% accurate

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sound you said
/ɔ/
/ao/
play_circle_filled
80% accurate

To create the 'aw sound' <strong>ɔ</strong> the entire tongue is pushed back and kept low during the pronunciation of the 'aw sound' <strong>ɔ</strong>. The bottom side teeth can be felt alongside the front of the tongue during the sound. The back of the tongue has only a slight rounding upward at the very rear of the mouth. The lips are made into an oval shape, and may stick slightly outward.

/n/
/n/
play_circle_filled
84% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

problem

cancel 82% accurate

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sound you said
/p/
/p/
play_circle_filled
100% accurate

To create the <strong>p</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/ɑ/
/aa/
play_circle_filled
100% accurate

To pronounce the 'aa sound' <strong>ɑ</strong> the vocal tract is very open for the production of the 'aa sound' <strong>ɑ</strong>. In fact, the jaw is held more open and the back of the tongue is held lower for this sound than any other American English vowel sound pronunciation. The tongue touches the inside of the bottom teeth so that the top of the tongue is nearly even with the top of the bottom teeth. The lips are held open and kept rounded, but relaxed.

/b/
/b/
play_circle_filled
100% accurate

To create the <strong>b</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/l/
/l/
play_circle_filled
100% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/m/
/m/
play_circle_filled
68% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

solving

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sound you said
/s/
/s/
play_circle_filled
79% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/ɔ/
/ao/
play_circle_filled
58% accurate

To create the 'aw sound' <strong>ɔ</strong> the entire tongue is pushed back and kept low during the pronunciation of the 'aw sound' <strong>ɔ</strong>. The bottom side teeth can be felt alongside the front of the tongue during the sound. The back of the tongue has only a slight rounding upward at the very rear of the mouth. The lips are made into an oval shape, and may stick slightly outward.

/l/
/l/
play_circle_filled
75% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/v/
/v/
play_circle_filled
100% accurate

To create the 'v sound' <strong>v</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the <strong>v</strong>. A common error ESL/ELL students make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking to and from the <strong>v</strong>.

/ɪ/
/ih/
play_circle_filled
78% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/ŋ/
/ng/
play_circle_filled
64% accurate

To create the 'ng sound' <strong>ŋ</strong>, air is prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

and

cancel 88% accurate

done
sound you said
/æ/
/ae/
play_circle_filled
91% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/n/
/n/
play_circle_filled
55% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/d/
/d/
play_circle_filled
70% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

collaboration.

cancel 88% accurate

done
sound you said
/k/
/k/
play_circle_filled
70% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/l/
/l/
play_circle_filled
100% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/æ/
/ae/
play_circle_filled
100% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/b/
/b/
play_circle_filled
100% accurate

To create the <strong>b</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/eɪ/
/ey/
play_circle_filled
100% accurate

To pronounce the <strong>eɪ</strong> sound, begin with the tongue pushed somewhat forward but in a neutral position in the mouth. Then, as the jaw closes slightly, move the body of the tongue upward until it is near the tooth ridge--similar to the position of a 'y sound' <strong>y</strong>. The front sides of the tongue touch the inside of the top teeth at the end of the sound.

/ʃ/
/sh/
play_circle_filled
100% accurate

To create the 'sh sound' <strong>ʃ</strong>, air is forced between a wide groove in the center of the front of the tongue and the back of the tooth ridge. The sides of the blade of the tongue may touch the side teeth. The lips are kept slightly tense, and may protrude somewhat during the production of the sound. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration.

/ə/
/ax/
play_circle_filled
92% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/n/
/n/
play_circle_filled
58% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

and

cancel 91% accurate

done
sound you said
/ə/
/ax/
play_circle_filled
80% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/n/
/n/
play_circle_filled
83% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

even
know

cancel 85% accurate

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sound you said
/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/oʊ/
/ow/
play_circle_filled
71% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

how

cancel 94% accurate

done
sound you said
/ə/
/h/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/aʊ/
/aw/
play_circle_filled
78% accurate

Start with the jaw open and the body of the tongue in a low position in the mouth. The bottom teeth can be felt along the sides of the tongue. Then, as the jaw closes, the lips close into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

to

cancel 94% accurate

done
sound you said
/t/
/t/
play_circle_filled
80% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ə/
/ax/
play_circle_filled
94% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

mental

cancel 68% accurate

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sound you said
/m/
/m/
play_circle_filled
100% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/ɛ/
/eh/
play_circle_filled
100% accurate

To pronounce the <strong>ɛ</strong> sound the middle of the tongue rounds slightly upward and the sides of the tongue may lightly touch the top and bottom side teeth. The lips and jaw are loose and relaxed.

/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/t/
/t/
play_circle_filled
61% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ə/
/ax/
play_circle_filled
58% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/l/
/l/
play_circle_filled
52% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

how

cancel 91% accurate

done
sound you said
/ə/
/h/
play_circle_filled
76% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/aʊ/
/aw/
play_circle_filled
100% accurate

Start with the jaw open and the body of the tongue in a low position in the mouth. The bottom teeth can be felt along the sides of the tongue. Then, as the jaw closes, the lips close into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

to manage
mental

cancel 58% accurate

Request an AI speaking review to view the pronunciation training content
sound you said
/m/
/m/
play_circle_filled
0% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/ɛ/
/eh/
play_circle_filled
87% accurate

To pronounce the <strong>ɛ</strong> sound the middle of the tongue rounds slightly upward and the sides of the tongue may lightly touch the top and bottom side teeth. The lips and jaw are loose and relaxed.

/n/
/n/
play_circle_filled
91% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/t/
/t/
play_circle_filled
68% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ə/
/ax/
play_circle_filled
40% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/l/
/l/
play_circle_filled
49% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

mental
health.

cancel 76% accurate

Request an AI speaking review to view the pronunciation training content
sound you said
/ə/
/h/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/ɛ/
/eh/
play_circle_filled
100% accurate

To pronounce the <strong>ɛ</strong> sound the middle of the tongue rounds slightly upward and the sides of the tongue may lightly touch the top and bottom side teeth. The lips and jaw are loose and relaxed.

/l/
/l/
play_circle_filled
82% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/θ/
/th/
play_circle_filled
45% accurate

To create the <strong>ð</strong> sound the tip of the tongue is placed behind the top front teeth. The friction occurs between the tip of the tongue and the top front teeth. Subtle friction may also occur between the top of the front of the tongue and the tooth ridge.

i
think

cancel 85% accurate

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sound you said
/θ/
/th/
play_circle_filled
100% accurate

To create the <strong>ð</strong> sound the tip of the tongue is placed behind the top front teeth. The friction occurs between the tip of the tongue and the top front teeth. Subtle friction may also occur between the top of the front of the tongue and the tooth ridge.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/ŋ/
/ng/
play_circle_filled
100% accurate

To create the 'ng sound' <strong>ŋ</strong>, air is prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/k/
/k/
play_circle_filled
71% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

a

cancel 79% accurate

Request an AI speaking review to view the pronunciation training content
sound you said
/ə/
/ax/
play_circle_filled
79% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

i

cancel 88% accurate

done
sound you said
/aɪ/
/ay/
play_circle_filled
88% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

how

cancel 80% accurate

Request an AI speaking review to view the pronunciation training content
sound you said
/ə/
/h/
play_circle_filled
82% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/aʊ/
/aw/
play_circle_filled
56% accurate

Start with the jaw open and the body of the tongue in a low position in the mouth. The bottom teeth can be felt along the sides of the tongue. Then, as the jaw closes, the lips close into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

to.

cancel 76% accurate

Request an AI speaking review to view the pronunciation training content
sound you said
/t/
/t/
play_circle_filled
66% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/u/
/uw/
play_circle_filled
85% accurate

To create the 'oo sound' <strong>u</strong>, the lips are pulled into a tense, small circle. In addition, the back of the tongue is raised to a high position and sides of the tongue may touch the top teeth at the back of the mouth.

  play_circle_filled

Pronunciation: 85%   Fluency: 89%   Grammar: 70%   Coherence: 85%   Vocab: 75%   Relevance: 90%  

 
grammar
Strengths

Sentences are mostly short and grammatically simple, which keeps the message easy to follow.

Subject-verb constructions often work correctly in statements like "Schools still prioritize memorizing content for tests."

Weaknesses

There is a subject-verb agreement issue in the line "AI and Google is so convenient to use now," where "AI and Google" should take a plural verb.

Some phrasing is grammatically awkward, for instance "could use a serious improvement" which is nonstandard, and the clause "and even know how to manage mental health" leaves the subject unclear and feels incomplete.

TOEFL Score: 5/5 help
The response fulfills the demands of the task, with at most minor lapses in completeness. It is highly intelligible and exhibits sustained, coherent discourse.

overall: 90
Demonstrates excellent fluency and coherence with occasional pauses. Uses a wide range of vocabulary and idioms with rare mistakes. Uses perfect colloquial grammar while speaking. Has very good pronunciation with very mild accent.

pronunciation: 89
Uses a wide range of pronunciation features. Sustains flexible use of features, with only occasional lapses. Is easy to understand throughout; First language accent has minimal impact on intelligibility.

grammar: 64
Uses a mix of simple and complex structures, but with limited flexibility. May make frequent mistakes with complex structures though these rarely cause comprehension problems.

vocabulary: 72
Has a wide enough vocabulary to discuss topics at length and make meaning clear in spite of inappropriacies. Generally paraphrases successfully.

coherence: 79
Speaks at length without noticeable effort or loss of coherence. Uses a range of connectives and discourse markers with some flexibility.

relevance: 90
This is AI based and cannot be relied on for 100% accuracy. The score is the average of all relevance scores from each question.

fluency: 92
Speaks fluently with only occasional repetition or self-correction; hesitation in speech is usually content-related and only rarely to search for vocabulary or grammatical constructs. Develops topics coherently and appropriately.

View Criteria Descriptions keyboard_arrow_down
Criteria Score Reports

Task Fulfillment   4/5

response directly addresses the interview question with clear and relevant ideas answer fulfills most or all parts of the prompt effectively listener can easily recognize how the response satisfies the task

Task fulfillment is about how well you respond to the question you are given. TOEFL raters are looking for a response that answers the question directly, with relevant ideas that are fully developed. Fulfilling the task means answering all parts of the question completely.

How to Improve

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Pronunciation & Intonation   4/5

response is clear and easy to understand, with only minor pronunciation issues intonation is natural in most cases, supporting listener engagement stress and rhythm are well controlled with rare lapses

Pronunciation and intonation is about how you form English sounds and how you use natural English intonation. Your pronunciation and intonation can damage your score if it is difficult for the raters to understand what you are saying.

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Flow & Speech   4/5

response has mostly natural rhythm in delivering interview answers speech is generally fluid, sustained, and easy to follow contains only minimal unnatural pausing or hesitation

Flow and speech is about how quickly you can speak and how much pausing and hesitation you use. You don't have to speak quickly, but just quickly enough to sound natural and explain all of your ideas. Raters want to hear natural rhythm and flow.

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Correct Grammar Usage   3/5

Meaning is generally clear in interview responses despite some errors with:noun phrases and clausesverbs (tenses, modals, and passives)adverbs and adjectives (including phrases and clauses)word orderarticles, pronouns, quantifiers, prepositionsgerunds, infinitivesmost conditionalssome reported speech

Correct grammar usage is about how you use English grammar and sentence structure. Raters want to see that you can use what you know correctly. Your grammar doesn't have to be perfect to score high, but mistakes shouldn't interfere with your meaning.

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Vocabulary Usage (Appropriacy and Range)   3/5

response uses a mix of basic and somewhat varied vocabulary word choice is generally appropriate but may lack precision or flexibility listener can follow the answer, though some wording feels limited or repetitive

Vocabulary usage is about how you use English words. Raters are looking for responses that use different words correctly and accurately, and that use a wide range of words that help listeners understand.

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Support & Development   4/5

response develops ideas with clear, specific support and relevant examples details are generally well chosen and effectively connected to the point listener can easily follow how the answer addresses the interview question

Support and development is about the content of your speaking response. Your content should be related directly to the topic, and you should have several main ideas that support your opinion or position. These ideas should be persuasive or compelling.

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Connections & Coherence   4/5

response is very coherent, with ideas logically ordered to address the interview prompt and any subparts in a purposeful sequenceuses a variety of clear transitions, an effective introduction, and a concise conclusion that create a strong sense of unity

Coherence and connections are about how you put your ideas together and link different sentences to each other. Raters want to see speaking that flows naturally from idea to idea without confusing the listener.

How to Improve

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speaking LessonsCompleted: 0 / 77
MASTER TOEFL SPEAKING TASK 1
The TOEFL Independent Speaking Task will present you an issue and two opposite opinions towards the issue. You have to choose between the two options the prompt states out. You will have 15 seconds to prepare for an answer and 45 seconds to make your speech. The key to this question is to stay firmly on the side of the option you choose.
Prepare for all 5 question styles
TOEFL Independent Speaking Task 1 has 5 question styles:
  1. Agree or Disagree
  2. Preference
  3. If/Imaginary
  4. Description or Explanation
  5. Advantage and Disadvantage

If / Imaginary Questions
If you had a small amount of money, would you spend it right away or save it? Use details and examples to support your explanation.

Agree or Disagree Questions
Do you agree or disagree that students should bring a cellphone to school? Use details and examples to support your explanation.

Preference Questions
Do you prefer finding information by reading books or searching the Internet? Use details and examples to support your explanation.

Description or Explanation Questions
Should new university students all be required to read the same book in the summer before they start their first course of study? Explain your answer.

Advantage and Disadvantage Questions
Your university is planning to allow students to watch TV in their dormitories. What is your opinion and why? What are the advantages and disadvantages of watching TV in dormitories? Include reasons and examples to support your response.

You'll have 45 seconds to make your speech. The structure of the response can be the following:
1. Your main idea or your main opinion
2. The first main idea and supporting details and examples
3. The second supporting idea and supporting details and examples
4. Conclusion.

"Agree or Disagree" questions
The first question style is Agree or Disagree. These questions will give you a certain statement and ask whether you agree or disagree with it. You will also have to provide specific reasons and examples to support your position.

Here are a few examples:
  • Do you agree or disagree that students should bring their cellphones to school? Use details and examples to support your explanation.
  • Do you agree or disagree that a celebrity should set a good example for young people? Use details and examples to support your explanation.
  • Do you agree or disagree that a higher education means a better career? Use details and examples to support your explanation.
To answer these questions, you can use the following expressions to begin your response.

I agree/disagree that ...
I agree/disagree to the idea that ….
I agree/disagree with S + Verb-ing
Some people believe that …, but I disagree.

Here are a few examples of beginning responses:

I agree that students should bring their cellphones to school.
I agree to the idea that students should bring their cellphones to school.
I agree with students bringing their cellphones to school.
Some people believe that students should bring their cellphones to school, but I disagree.
"Preference" questions
The second question style is Preference. A preference question will give you a choice between two options and ask which option you prefer. You will need to provide specific reasons and examples to explain why you prefer that option.

Here are some examples of preference questions:
  • Do you prefer finding information by reading books or searching the Internet? Use details and examples to support your explanation.
  • Do you prefer to eat at home or restaurants? Use details and examples to support your explanation.
  • Would you prefer to have a higher-paying job with longer hours or a lower-paying job with shorter hours? Use details and examples to support your explanation.
  • Do you prefer to work in a team or work alone? Use details and examples to support your explanation.
To answer this question, you can use the following expressions to begin your response

I prefer to ___ (V + O).
To me, ____(X) is far preferable to ____(Y)
I prefer ____(X) to/over ____(Y)
I would rather ____(V + O) than ___ (V + O)


I prefer to find information by reading books.
To me, eating at restaurants is far preferable to eating at home.
I prefer having a higher-paying job with longer hours to having a lower-paying job with shorter hours.
I would rather work in a team than work alone.


Here in the third sentence, many students use "than" instead of "to" as in the following sentence Incorrect! I prefer having a higher-paying job with longer hours than having a lower-paying job with shorter hours.

That is wrong! Remember the pattern: "prefer X to Y" or "prefer X over Y".

correct! I prefer having a higher-paying job with longer hours to having a lower-paying job with shorter hours.
"If / Imaginary" questions
An "If / Imaginary" question will give you a hypothetical – an imagined situation and ask what you would do or what you would choose. Rather than choosing between two things or two opinions, you are typically not limited in your choice. That is, you can choose anything that fits the situation.

Here is an example:
  • If you had a small amount of money, would you spend it right away or save it? Use details and examples to support your explanation.
When you write your response to an "If / Imaginary Question", remember that you should use the Conditional Sentence Type 2 so you can start your response like the following:

If I had a small amount of money, I would choose to save it for a number of reasons.
"If / Imaginary" questions
A "Description or Explanation" question will ask you to describe a certain type of person – especially the good qualities of a person – or explain something in the world. You might have to choose something to explain or you might be given something specific to explain. Questions may also ask you to explain why something is beneficial, important, or significant or you might have to explain the reasons for or effects of something.

Here are some examples:
  • Should using cell phones be permitted while driving? Use details and examples to support your explanation.
  • Should new university students all be required to read the same book in summer before they start their first course of study? Explain your answer.
  • Do you think bicycles will still be widely used in the future or replaced by other means of transportation?
  • What is an important benefit that an employer can offer to make sure employees are happy and healthy? Explain your answer.
  • Should college students be required to take at least one class in Philosophy?
To answer this question, you need to first form your opinion on the topic. You can use the following expressions to form your opinion.

In my opinion, _____
I strongly/firmly believe that _____
In my view, _____
As far as I am concerned, _____
It is my belief that _____


In my opinion, not all university students should be required to read the same book before entering their first year of study.
I firmly believe that the use of cellphones should be prohibited while driving.
In my view, bicycles will become obsolete due to the emergence of other means of transportation.
As far as I am concerned, the most important benefit that an employer can offer to make sure employees are happy and healthy is a great health care package.
It is my belief that it should not be a requirement that all college students take at least one philosophy class.
"Advantage and Disadvantage" questions
The last style of question is "Advantage and Disadvantage". These questions ask you to give your opinion on a topic and specifically tell you to talk about the advantages and disadvantages of the topic. Look at the following example questions:
  • Should universities allow students to watch TV in their dormitories? What is your opinion and why? What are the advantages and disadvantages of watching TV in dormitories? Include reasons and examples to support your response.
  • Should young children spend a great amount of their time practicing sports? What is your opinion and why? Discuss the advantages and disadvantages of this. Use specific reasons and examples to support your answer.
So this style of question requires you to know various ways of talking about advantages and disadvantages. It is helpful to be familiar with all the different synonyms you can use for advantage and disadvantage.
  • Advantages and disadvantages
  • Upsides and downsides
  • Benefits and drawbacks
  • pros and cons
  • Positive aspects and negative aspects

For a sentence like this "Living in a small city has advantages and disadvantages" can be expressed as the following:
- Living in a small city has pros and cons.
- Living in a small city has upsides and downsides.
- Living in a small city has benefits and drawbacks.
- Living in a small city has positive and negative aspects.
Let's have a look at a template you can use for this style of question.

____ has an advantage and a disadvantage.
The advantage of ___ is ____. …..(add more details about the advantage)
On the other hand, there is a disadvantage to ____ (Verb-ing + o). …… (add more details about the disadvantage)
In conclusion,____ has pros and cons, but the advantage outweighs the disadvantage (or the disadvantage outweighs the advantage).
Therefore, I think ___ .
Should university allow students to watch TV in their dormitories? What is your opinion and why? What are the advantages and disadvantages of watching TV in dormitories? Include reasons and examples to support your response.
Allowing students to watch TV in their dormitories has an advantage and a disadvantage. The advantage of students watching TV in their dormitories is that the TV can help them escape from stress and relax. This will more or less help their grades and their lifestyles. On the other hand, there is a disadvantage to watching TV in dormitories for students. TV can be extremely distracting. Some students will have a hard time concentrating on their studies while watching TV. Other students might be affected by the noise of TV while studying. In conclusion, watching TV in dormitories has pros and cons, but the disadvantage outweighs the advantage. Therefore, I believe that schools should not allow students to watch TV in their dormitories.
Tips to get a high score
1. Read your response out loud clearly and be enthusiastic with your response.

2. You can paraphrase the prompt to give your first sentence.

3. Be specific about your supporting details and examples. The trick is to use sentence structure like "If I...., I..." or "When I ..., I ..." when providing supporting details and examples.
In TOEFL Independent Speaking 1 section, you will see the following two types of questions.
1. Some people like to A. Other people like to B. Which of these do you prefer? Why?
2. Do you agree or disagree with the following statement? .________________

When you answer the question, you should spend 5 ~ 10 seconds to state your preference or your opinion on the statement. Then, you should spend about 15 - 20 seconds to present your first reason and another 15 - 20 seconds to present your second reason. The use of conjunction is important while connecting different reasons. Finally, you should leave the last 5 seconds to summarize your opinion or your preference.

Below are some phrases that you can use to express your preference.
Phrases
Although some people ___, I prefer ___ because ___
Although there are many good reasons why ___, I prefer ___ because ___
Although there are many good reasons why ___, I favor ___ because ___
Although there are many good reasons why ___, my preference is___ because ___
Although a good judgement can be made for ___, my preference is ___ because ___

Below are some phrases that you can use to express your opinions.
Support the opinionOppose the opinion
I believe (that) ..I don't believe (that) ..
I think (that) ..I don't think (that) ..
In my opinion, students should be permitted to..In my opinion, students should not be permitted to..
I agree with the statement that..I disagree with the statement that..
It is my belief that students should be allowed to..It is my belief that students should not be allowed to...
It is my view that students should be required to..It is my belief that students should not be required to...

For a question like "Do you agree or disagree with that music classes are not necessary?", you can use the following phrases to express your opinion.
PhrasesExample sentence
In my opinion, there is no need to ..In my opinion, there is no need for students to wear uniforms
In my opinion, it is necessary for .. that..In my opinion, it is necessary for schools to provide club activities
In my opinion, it is unnecessary for .. that..In my opinion, it is unnecessary for students to do household tasks
In my opinion, it is essential that ..In my opinion, it is essential that students are exposed to the music
In my opinion, it is vitally important that ..In my opinion, it is vitally important that people use cellphones during school hours
In my opinion, it is critical that ..In my opinion, it is critical that primary school teachers have good communication skills..
In my opinion, it is crucial that ..In my opinion, it is crucial that students focus on a particular field of study..

While rating your responses on the Speaking questions, ETS test scorers evaluate how well you develop your topic and deliver your message. To get a high score (26-30) on the Speaking Section, you should know how to use conjunctions to connect sentences and create complex relationships between ideas.
ADDITION CONTRAST CAUSE EFFECT EXAMPLE SUMMARY TIME SEQUENCE
And

Also

Moreover

Furthermore

In addition

Additionally

Besides

But

However

Although

Even though

Though

Despite that

In spite of

Despite of

Nevertheless

Nonetheless

In contrast

On the contrary

Conversely

On the other hand

Whereas

While

As opposed to

Contray to

Because

For

Since

Now that

So

Consequently

As a result

Therefore

Hence

Thus

For example

For instance

To illustrate

As an illustration

In conclusion

To sum up

To conclude

For these reasons

in conclusion

in short

to summarize

on the whole

in simpler terms

First of all

Firstly

Secondly

Last but not least

schedule00:15

In this question of the TOEFL Speaking Task 1, you'll speak about a familiar topic. Your response will be scored on your ability to speak clearly and coherently about the topics. You'll have 15 seconds to prepare your answer and 45 seconds to speak.

We recommend you practice taking notes with a pen and paper like you will during your TOEFL exam.

Create an account to save your progress

Do you agree or disagree with the following statement? It is important to spend time learning about the history of the place where you live.
Do you agree or disagree with the following statement? It is important to spend time learning about the history of the place where you live.
You have 15 seconds to prepare your answer.
Do you agree or disagree with the following statement? It is important to spend time learning about the history of the place where you live.

You have 45 seconds to record your answer. Click the record button to begin.

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Question: Do you agree or disagree with the following statement? It is important to spend time learning about the history of the place where you live.


You have 15 seconds to prepare you answer


00:15
Step 3: Record your answer

Question: Do you agree or disagree with the following statement? It is important to spend time learning about the history of the place where you live.


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Question 1: Thank you for speaking with me today. I'm conducting a study about people's educational experiences and views on learning. I'd like to ask you a few questions. First, could you tell me a bit about your most recent or current educational experience? Are you in school now, or have you completed any formal studies?
 
so

cancel 94% accurate

done
sound you said
/s/
/s/
play_circle_filled
84% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/oʊ/
/ow/
play_circle_filled
100% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

right now i'm actually in
the

cancel 94% accurate

done
sound you said
/ð/
/dh/
play_circle_filled
88% accurate

To create <strong>ð</strong> sound the tip of the tongue is placed behind the top front teeth. The friction occurs between the tip of the tongue and the top front teeth. Subtle friction may also occur between the top of the front of the tongue and the tooth ridge.

/ə/
/ax/
play_circle_filled
80% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

middle

cancel 85% accurate

Request an AI speaking review to view the pronunciation training content
sound you said
/m/
/m/
play_circle_filled
100% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/d/
/d/
play_circle_filled
78% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

/ə/
/ax/
play_circle_filled
88% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/l/
/l/
play_circle_filled
50% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

of

cancel 80% accurate

Request an AI speaking review to view the pronunciation training content
sound you said
/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/v/
/v/
play_circle_filled
40% accurate

To create the 'v sound' <strong>v</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the <strong>v</strong>. A common error ESL/ELL students make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking to and from the <strong>v</strong>.

a

cancel 91% accurate

done
sound you said
/ə/
/ax/
play_circle_filled
91% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

part-time

cancel 88% accurate

done
sound you said
/p/
/p/
play_circle_filled
81% accurate

To create the <strong>p</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/ɑ/
/aa/
play_circle_filled
84% accurate

To pronounce the 'aa sound' <strong>ɑ</strong> the vocal tract is very open for the production of the 'aa sound' <strong>ɑ</strong>. In fact, the jaw is held more open and the back of the tongue is held lower for this sound than any other American English vowel sound pronunciation. The tongue touches the inside of the bottom teeth so that the top of the tongue is nearly even with the top of the bottom teeth. The lips are held open and kept rounded, but relaxed.

/r/
/r/
play_circle_filled
88% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/t/
/t/
play_circle_filled
78% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/aɪ/
/ay/
play_circle_filled
88% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

/m/
/m/
play_circle_filled
77% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

master

cancel 64% accurate

Request an AI speaking review to view the pronunciation training content
sound you said
/m/
/m/
play_circle_filled
100% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/æ/
/ae/
play_circle_filled
100% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/s/
/s/
play_circle_filled
100% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/t/
/t/
play_circle_filled
69% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ə/
/ax/
play_circle_filled
11% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/r/
/r/
play_circle_filled
79% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

program

cancel 88% accurate

done
sound you said
/p/
/p/
play_circle_filled
100% accurate

To create the <strong>p</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/oʊ/
/ow/
play_circle_filled
100% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

/g/
/g/
play_circle_filled
100% accurate

To create the <strong>g</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>g</strong> is less than that for a <strong>k</strong>.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/æ/
/ae/
play_circle_filled
100% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/m/
/m/
play_circle_filled
73% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

in

cancel 94% accurate

done
sound you said
/ɪ/
/ih/
play_circle_filled
93% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/n/
/n/
play_circle_filled
95% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

data

cancel 94% accurate

done
sound you said
/d/
/d/
play_circle_filled
100% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

/eɪ/
/ey/
play_circle_filled
100% accurate

To pronounce the <strong>eɪ</strong> sound, begin with the tongue pushed somewhat forward but in a neutral position in the mouth. Then, as the jaw closes slightly, move the body of the tongue upward until it is near the tooth ridge--similar to the position of a 'y sound' <strong>y</strong>. The front sides of the tongue touch the inside of the top teeth at the end of the sound.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ə/
/ax/
play_circle_filled
63% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

analytics

cancel 66% accurate

Request an AI speaking review to view the pronunciation training content
sound you said
/æ/
/ae/
play_circle_filled
38% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/n/
/n/
play_circle_filled
35% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/ə/
/ax/
play_circle_filled
72% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/l/
/l/
play_circle_filled
21% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/ɪ/
/ih/
play_circle_filled
59% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/t/
/t/
play_circle_filled
97% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/k/
/k/
play_circle_filled
94% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/s/
/s/
play_circle_filled
65% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

at

cancel 88% accurate

done
sound you said
/æ/
/ae/
play_circle_filled
100% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/t/
/t/
play_circle_filled
73% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

a

cancel 94% accurate

done
sound you said
/ə/
/ax/
play_circle_filled
94% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

local university.
i

cancel 94% accurate

done
sound you said
/aɪ/
/ay/
play_circle_filled
94% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

graduated

cancel 85% accurate

Request an AI speaking review to view the pronunciation training content
sound you said
/g/
/g/
play_circle_filled
100% accurate

To create the <strong>g</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>g</strong> is less than that for a <strong>k</strong>.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/æ/
/ae/
play_circle_filled
100% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/dʒ/
/jh/
play_circle_filled
100% accurate

To create the <strong>ʤ</strong> sound, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the back tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released with friction.

/u/
/uw/
play_circle_filled
100% accurate

To create the 'oo sound' <strong>u</strong>, the lips are pulled into a tense, small circle. In addition, the back of the tongue is raised to a high position and sides of the tongue may touch the top teeth at the back of the mouth.

/eɪ/
/ey/
play_circle_filled
70% accurate

To pronounce the <strong>eɪ</strong> sound, begin with the tongue pushed somewhat forward but in a neutral position in the mouth. Then, as the jaw closes slightly, move the body of the tongue upward until it is near the tooth ridge--similar to the position of a 'y sound' <strong>y</strong>. The front sides of the tongue touch the inside of the top teeth at the end of the sound.

/t/
/t/
play_circle_filled
73% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ɪ/
/ih/
play_circle_filled
79% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/d/
/d/
play_circle_filled
62% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

with

cancel 94% accurate

done
sound you said
/w/
/w/
play_circle_filled
89% accurate

To create the 'w sound' <strong>w</strong> the jaw is mostly closed and the lips form a small, tight circle. The sound is voiced, so the vocal cords must vibrate during the production of the sound.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/ð/
/dh/
play_circle_filled
59% accurate

To create <strong>ð</strong> sound the tip of the tongue is placed behind the top front teeth. The friction occurs between the tip of the tongue and the top front teeth. Subtle friction may also occur between the top of the front of the tongue and the tooth ridge.

a
psychology

cancel 91% accurate

done
sound you said
/s/
/s/
play_circle_filled
100% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/aɪ/
/ay/
play_circle_filled
100% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/ɑ/
/aa/
play_circle_filled
91% accurate

To pronounce the 'aa sound' <strong>ɑ</strong> the vocal tract is very open for the production of the 'aa sound' <strong>ɑ</strong>. In fact, the jaw is held more open and the back of the tongue is held lower for this sound than any other American English vowel sound pronunciation. The tongue touches the inside of the bottom teeth so that the top of the tongue is nearly even with the top of the bottom teeth. The lips are held open and kept rounded, but relaxed.

/l/
/l/
play_circle_filled
100% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/dʒ/
/jh/
play_circle_filled
100% accurate

To create the <strong>ʤ</strong> sound, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the back tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released with friction.

/i/
/iy/
play_circle_filled
60% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

degree

cancel 85% accurate

Request an AI speaking review to view the pronunciation training content
sound you said
/d/
/d/
play_circle_filled
52% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

/ə/
/ax/
play_circle_filled
64% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/g/
/g/
play_circle_filled
87% accurate

To create the <strong>g</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>g</strong> is less than that for a <strong>k</strong>.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/i/
/iy/
play_circle_filled
84% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

a few
years

cancel 91% accurate

done
sound you said
/j/
/y/
play_circle_filled
68% accurate

To create the 'j sound' <strong>ʤ</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the back tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released with friction (similar to the friction of a zh sound <strong>ʒ</strong>).

/i/
/iy/
play_circle_filled
82% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

/r/
/r/
play_circle_filled
66% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/z/
/z/
play_circle_filled
33% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

ago.

cancel 88% accurate

done
sound you said
/ə/
/ax/
play_circle_filled
51% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/g/
/g/
play_circle_filled
60% accurate

To create the <strong>g</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>g</strong> is less than that for a <strong>k</strong>.

/oʊ/
/ow/
play_circle_filled
68% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

but
i

cancel 94% accurate

done
sound you said
/aɪ/
/ay/
play_circle_filled
94% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

also

cancel 91% accurate

done
sound you said
/ɔ/
/ao/
play_circle_filled
69% accurate

To create the 'aw sound' <strong>ɔ</strong> the entire tongue is pushed back and kept low during the pronunciation of the 'aw sound' <strong>ɔ</strong>. The bottom side teeth can be felt alongside the front of the tongue during the sound. The back of the tongue has only a slight rounding upward at the very rear of the mouth. The lips are made into an oval shape, and may stick slightly outward.

/l/
/l/
play_circle_filled
100% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/s/
/s/
play_circle_filled
80% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/oʊ/
/ow/
play_circle_filled
78% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

worked

cancel 67% accurate

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sound you said
/w/
/w/
play_circle_filled
100% accurate

To create the 'w sound' <strong>w</strong> the jaw is mostly closed and the lips form a small, tight circle. The sound is voiced, so the vocal cords must vibrate during the production of the sound.

/ɚ/
/er/
play_circle_filled
100% accurate

To create the <strong>ɚ</strong> sound first raise the back of the tongue so that the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/t/
/t/
play_circle_filled
0% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

full-time

cancel 76% accurate

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sound you said
/f/
/f/
play_circle_filled
67% accurate

To create the 'f sound' <strong>f</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is to be a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the production of the <strong>f</strong>. A common error English language learners make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking other sounds to and from the <strong>f</strong>.

/ʊ/
/uh/
play_circle_filled
64% accurate

To create the 'other u' <strong>ʊ</strong> sound, the back of the tongue is raised to a mid-high position. The sides of the tongue may touch the top teeth toward the back of the mouth. The jaw is slightly closed and the lips are pulled into a loose circle.

/l/
/l/
play_circle_filled
76% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/t/
/t/
play_circle_filled
88% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/aɪ/
/ay/
play_circle_filled
96% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

/m/
/m/
play_circle_filled
66% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

and

cancel 82% accurate

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sound you said
/æ/
/ae/
play_circle_filled
87% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/n/
/n/
play_circle_filled
43% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/d/
/d/
play_circle_filled
32% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

i
realized

cancel 85% accurate

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sound you said
/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/i/
/iy/
play_circle_filled
100% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

/l/
/l/
play_circle_filled
100% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/aɪ/
/ay/
play_circle_filled
100% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

/z/
/z/
play_circle_filled
90% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/d/
/d/
play_circle_filled
0% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

i

cancel 80% accurate

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sound you said
/aɪ/
/ay/
play_circle_filled
80% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

needed

cancel 28% accurate

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sound you said
/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/i/
/iy/
play_circle_filled
100% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

/d/
/d/
play_circle_filled
39% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

/ɪ/
/ih/
play_circle_filled
5% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/d/
/d/
play_circle_filled
25% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

stronger

cancel 76% accurate

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sound you said
/s/
/s/
play_circle_filled
45% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/ɑ/
/aa/
play_circle_filled
100% accurate

To pronounce the 'aa sound' <strong>ɑ</strong> the vocal tract is very open for the production of the 'aa sound' <strong>ɑ</strong>. In fact, the jaw is held more open and the back of the tongue is held lower for this sound than any other American English vowel sound pronunciation. The tongue touches the inside of the bottom teeth so that the top of the tongue is nearly even with the top of the bottom teeth. The lips are held open and kept rounded, but relaxed.

/ŋ/
/ng/
play_circle_filled
100% accurate

To create the 'ng sound' <strong>ŋ</strong>, air is prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/g/
/g/
play_circle_filled
100% accurate

To create the <strong>g</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>g</strong> is less than that for a <strong>k</strong>.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/r/
/r/
play_circle_filled
82% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

skills, so i went back
to

cancel 82% accurate

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sound you said
/t/
/t/
play_circle_filled
80% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/u/
/uw/
play_circle_filled
80% accurate

To create the 'oo sound' <strong>u</strong>, the lips are pulled into a tense, small circle. In addition, the back of the tongue is raised to a high position and sides of the tongue may touch the top teeth at the back of the mouth.

school.

cancel 88% accurate

done
sound you said
/s/
/s/
play_circle_filled
100% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/u/
/uw/
play_circle_filled
100% accurate

To create the 'oo sound' <strong>u</strong>, the lips are pulled into a tense, small circle. In addition, the back of the tongue is raised to a high position and sides of the tongue may touch the top teeth at the back of the mouth.

/l/
/l/
play_circle_filled
73% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

a

cancel 94% accurate

done
sound you said
/ə/
/ah/
play_circle_filled
94% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

my

cancel 74% accurate

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sound you said
/m/
/m/
play_circle_filled
40% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/aɪ/
/ay/
play_circle_filled
40% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

because i'm
working

cancel 94% accurate

done
sound you said
/w/
/w/
play_circle_filled
100% accurate

To create the 'w sound' <strong>w</strong> the jaw is mostly closed and the lips form a small, tight circle. The sound is voiced, so the vocal cords must vibrate during the production of the sound.

/ɚ/
/er/
play_circle_filled
100% accurate

To create the <strong>ɚ</strong> sound first raise the back of the tongue so that the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/ŋ/
/ng/
play_circle_filled
78% accurate

To create the 'ng sound' <strong>ŋ</strong>, air is prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

during
the

cancel 80% accurate

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sound you said
/ð/
/dh/
play_circle_filled
72% accurate

To create <strong>ð</strong> sound the tip of the tongue is placed behind the top front teeth. The friction occurs between the tip of the tongue and the top front teeth. Subtle friction may also occur between the top of the front of the tongue and the tooth ridge.

/ə/
/ax/
play_circle_filled
69% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

day

cancel 91% accurate

done
sound you said
/d/
/d/
play_circle_filled
91% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

/eɪ/
/ey/
play_circle_filled
87% accurate

To pronounce the <strong>eɪ</strong> sound, begin with the tongue pushed somewhat forward but in a neutral position in the mouth. Then, as the jaw closes slightly, move the body of the tongue upward until it is near the tooth ridge--similar to the position of a 'y sound' <strong>y</strong>. The front sides of the tongue touch the inside of the top teeth at the end of the sound.

so all my
classes

cancel 94% accurate

done
sound you said
/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/l/
/l/
play_circle_filled
100% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/æ/
/ae/
play_circle_filled
100% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/s/
/s/
play_circle_filled
100% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/z/
/z/
play_circle_filled
78% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

are
in

cancel 91% accurate

done
sound you said
/ɪ/
/ih/
play_circle_filled
80% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/n/
/n/
play_circle_filled
85% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

evenings or online.
which

cancel 94% accurate

done
sound you said
/w/
/w/
play_circle_filled
78% accurate

To create the 'w sound' <strong>w</strong> the jaw is mostly closed and the lips form a small, tight circle. The sound is voiced, so the vocal cords must vibrate during the production of the sound.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/tʃ/
/ch/
play_circle_filled
100% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the back tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released with friction.

is kind
of

cancel 94% accurate

done
sound you said
/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/v/
/v/
play_circle_filled
67% accurate

To create the 'v sound' <strong>v</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the <strong>v</strong>. A common error ESL/ELL students make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking to and from the <strong>v</strong>.

exhausting.

cancel 85% accurate

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sound you said
/ɪ/
/ih/
play_circle_filled
70% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/g/
/g/
play_circle_filled
100% accurate

To create the <strong>g</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>g</strong> is less than that for a <strong>k</strong>.

/z/
/z/
play_circle_filled
100% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/ɔ/
/ao/
play_circle_filled
100% accurate

To create the 'aw sound' <strong>ɔ</strong> the entire tongue is pushed back and kept low during the pronunciation of the 'aw sound' <strong>ɔ</strong>. The bottom side teeth can be felt alongside the front of the tongue during the sound. The back of the tongue has only a slight rounding upward at the very rear of the mouth. The lips are made into an oval shape, and may stick slightly outward.

/s/
/s/
play_circle_filled
100% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/ŋ/
/ng/
play_circle_filled
72% accurate

To create the 'ng sound' <strong>ŋ</strong>, air is prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

i

cancel 94% accurate

done
sound you said
/aɪ/
/ay/
play_circle_filled
94% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

social

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sound you said
/s/
/s/
play_circle_filled
73% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/oʊ/
/ow/
play_circle_filled
73% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

/ʃ/
/sh/
play_circle_filled
73% accurate

To create the 'sh sound' <strong>ʃ</strong>, air is forced between a wide groove in the center of the front of the tongue and the back of the tooth ridge. The sides of the blade of the tongue may touch the side teeth. The lips are kept slightly tense, and may protrude somewhat during the production of the sound. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration.

/ə/
/ax/
play_circle_filled
73% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/l/
/l/
play_circle_filled
73% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

convenient.

cancel 76% accurate

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sound you said
/k/
/k/
play_circle_filled
80% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/v/
/v/
play_circle_filled
100% accurate

To create the 'v sound' <strong>v</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the <strong>v</strong>. A common error ESL/ELL students make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking to and from the <strong>v</strong>.

/i/
/iy/
play_circle_filled
100% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/j/
/y/
play_circle_filled
100% accurate

To create the 'j sound' <strong>ʤ</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the back tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released with friction (similar to the friction of a zh sound <strong>ʒ</strong>).

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/n/
/n/
play_circle_filled
57% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/t/
/t/
play_circle_filled
53% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

the

cancel 94% accurate

done
sound you said
/ð/
/dh/
play_circle_filled
80% accurate

To create <strong>ð</strong> sound the tip of the tongue is placed behind the top front teeth. The friction occurs between the tip of the tongue and the top front teeth. Subtle friction may also occur between the top of the front of the tongue and the tooth ridge.

/ə/
/ax/
play_circle_filled
82% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

program

cancel 88% accurate

done
sound you said
/p/
/p/
play_circle_filled
100% accurate

To create the <strong>p</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/oʊ/
/ow/
play_circle_filled
100% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

/g/
/g/
play_circle_filled
100% accurate

To create the <strong>g</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>g</strong> is less than that for a <strong>k</strong>.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/æ/
/ae/
play_circle_filled
100% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/m/
/m/
play_circle_filled
73% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

is

cancel 94% accurate

done
sound you said
/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/z/
/z/
play_circle_filled
80% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

three

cancel 88% accurate

done
sound you said
/θ/
/th/
play_circle_filled
49% accurate

To create the <strong>ð</strong> sound the tip of the tongue is placed behind the top front teeth. The friction occurs between the tip of the tongue and the top front teeth. Subtle friction may also occur between the top of the front of the tongue and the tooth ridge.

/r/
/r/
play_circle_filled
58% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/i/
/iy/
play_circle_filled
66% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

semesters

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sound you said
/s/
/s/
play_circle_filled
48% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/ə/
/ax/
play_circle_filled
60% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/m/
/m/
play_circle_filled
53% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/ɛ/
/eh/
play_circle_filled
55% accurate

To pronounce the <strong>ɛ</strong> sound the middle of the tongue rounds slightly upward and the sides of the tongue may lightly touch the top and bottom side teeth. The lips and jaw are loose and relaxed.

/s/
/s/
play_circle_filled
63% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/r/
/r/
play_circle_filled
0% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/z/
/z/
play_circle_filled
0% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

long.

cancel 91% accurate

done
sound you said
/l/
/l/
play_circle_filled
100% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/ɑ/
/aa/
play_circle_filled
80% accurate

To pronounce the 'aa sound' <strong>ɑ</strong> the vocal tract is very open for the production of the 'aa sound' <strong>ɑ</strong>. In fact, the jaw is held more open and the back of the tongue is held lower for this sound than any other American English vowel sound pronunciation. The tongue touches the inside of the bottom teeth so that the top of the tongue is nearly even with the top of the bottom teeth. The lips are held open and kept rounded, but relaxed.

/ŋ/
/ng/
play_circle_filled
82% accurate

To create the 'ng sound' <strong>ŋ</strong>, air is prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

i

cancel 94% accurate

done
sound you said
/aɪ/
/ay/
play_circle_filled
94% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

just

cancel 94% accurate

done
sound you said
/dʒ/
/jh/
play_circle_filled
94% accurate

To create the <strong>ʤ</strong> sound, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the back tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released with friction.

/ə/
/ax/
play_circle_filled
94% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/s/
/s/
play_circle_filled
94% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/t/
/t/
play_circle_filled
94% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

finished

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sound you said
/f/
/f/
play_circle_filled
100% accurate

To create the 'f sound' <strong>f</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is to be a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the production of the <strong>f</strong>. A common error English language learners make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking other sounds to and from the <strong>f</strong>.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/ʃ/
/sh/
play_circle_filled
100% accurate

To create the 'sh sound' <strong>ʃ</strong>, air is forced between a wide groove in the center of the front of the tongue and the back of the tooth ridge. The sides of the blade of the tongue may touch the side teeth. The lips are kept slightly tense, and may protrude somewhat during the production of the sound. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration.

/t/
/t/
play_circle_filled
68% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

the

cancel 80% accurate

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sound you said
/ð/
/dh/
play_circle_filled
40% accurate

To create <strong>ð</strong> sound the tip of the tongue is placed behind the top front teeth. The friction occurs between the tip of the tongue and the top front teeth. Subtle friction may also occur between the top of the front of the tongue and the tooth ridge.

/ə/
/ax/
play_circle_filled
80% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

first one so
i'm

cancel 94% accurate

done
sound you said
/aɪ/
/ay/
play_circle_filled
93% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

/m/
/m/
play_circle_filled
95% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

basically

cancel 94% accurate

done
sound you said
/b/
/b/
play_circle_filled
100% accurate

To create the <strong>b</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/eɪ/
/ey/
play_circle_filled
78% accurate

To pronounce the <strong>eɪ</strong> sound, begin with the tongue pushed somewhat forward but in a neutral position in the mouth. Then, as the jaw closes slightly, move the body of the tongue upward until it is near the tooth ridge--similar to the position of a 'y sound' <strong>y</strong>. The front sides of the tongue touch the inside of the top teeth at the end of the sound.

/s/
/s/
play_circle_filled
77% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/l/
/l/
play_circle_filled
100% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/i/
/iy/
play_circle_filled
81% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

basically

cancel 94% accurate

done
sound you said
/b/
/b/
play_circle_filled
77% accurate

To create the <strong>b</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/eɪ/
/ey/
play_circle_filled
100% accurate

To pronounce the <strong>eɪ</strong> sound, begin with the tongue pushed somewhat forward but in a neutral position in the mouth. Then, as the jaw closes slightly, move the body of the tongue upward until it is near the tooth ridge--similar to the position of a 'y sound' <strong>y</strong>. The front sides of the tongue touch the inside of the top teeth at the end of the sound.

/s/
/s/
play_circle_filled
100% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/l/
/l/
play_circle_filled
100% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/i/
/iy/
play_circle_filled
79% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

juggling

cancel 70% accurate

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sound you said
/dʒ/
/jh/
play_circle_filled
100% accurate

To create the <strong>ʤ</strong> sound, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the back tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released with friction.

/ə/
/ah/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/g/
/g/
play_circle_filled
100% accurate

To create the <strong>g</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>g</strong> is less than that for a <strong>k</strong>.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/l/
/l/
play_circle_filled
67% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/ɪ/
/ih/
play_circle_filled
55% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/ŋ/
/ng/
play_circle_filled
54% accurate

To create the 'ng sound' <strong>ŋ</strong>, air is prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

work,

cancel 91% accurate

done
sound you said
/w/
/w/
play_circle_filled
100% accurate

To create the 'w sound' <strong>w</strong> the jaw is mostly closed and the lips form a small, tight circle. The sound is voiced, so the vocal cords must vibrate during the production of the sound.

/ɚ/
/er/
play_circle_filled
100% accurate

To create the <strong>ɚ</strong> sound first raise the back of the tongue so that the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound.

/r/
/r/
play_circle_filled
82% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/k/
/k/
play_circle_filled
70% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

homework,

cancel 91% accurate

done
sound you said
/ə/
/h/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/oʊ/
/ow/
play_circle_filled
100% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

/m/
/m/
play_circle_filled
100% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/w/
/w/
play_circle_filled
100% accurate

To create the 'w sound' <strong>w</strong> the jaw is mostly closed and the lips form a small, tight circle. The sound is voiced, so the vocal cords must vibrate during the production of the sound.

/ɚ/
/er/
play_circle_filled
100% accurate

To create the <strong>ɚ</strong> sound first raise the back of the tongue so that the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/k/
/k/
play_circle_filled
76% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

and

cancel 94% accurate

done
sound you said
/ə/
/ax/
play_circle_filled
80% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/n/
/n/
play_circle_filled
80% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

social

cancel 88% accurate

done
sound you said
/s/
/s/
play_circle_filled
88% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/oʊ/
/ow/
play_circle_filled
88% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

/ʃ/
/sh/
play_circle_filled
88% accurate

To create the 'sh sound' <strong>ʃ</strong>, air is forced between a wide groove in the center of the front of the tongue and the back of the tooth ridge. The sides of the blade of the tongue may touch the side teeth. The lips are kept slightly tense, and may protrude somewhat during the production of the sound. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration.

/ə/
/ax/
play_circle_filled
88% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/l/
/l/
play_circle_filled
88% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

life right now.   play_circle_filled

Pronunciation: 89%   Fluency: 93%   Grammar: 75%   Coherence: 90%   Vocab: 80%   Relevance: 95%  

 
grammar
Strengths

Overall sentence structures are simple and correct, with consistent past and present tense use when describing past graduation and current study.

Pronouns and basic subject-verb agreement are handled accurately, making the message easy to follow.

Weaknesses

Minor grammatical issues and redundancy reduce polish; for instance the line "Because I'm working during the day, so all my classes are in evenings or online," combines "Because" and "so" and omits the article in "in evenings," which would be more natural as "because I'm working during the day, all my classes are in the evenings or online."

Question 2: Great. People often have different feelings about school depending on their environment and support systems. Some enjoy learning and thrive in the classroom, while others find school stressful or difficult to connect with. What has your overall experience with education been like, and what factors do you think shaped it?
 
a

cancel 88% accurate

done
sound you said
/ə/
/ah/
play_circle_filled
88% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

me.

cancel 76% accurate

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sound you said
/m/
/m/
play_circle_filled
40% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/i/
/iy/
play_circle_filled
40% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

my relationship with
school

cancel 94% accurate

done
sound you said
/s/
/s/
play_circle_filled
94% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/k/
/k/
play_circle_filled
94% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/u/
/uw/
play_circle_filled
94% accurate

To create the 'oo sound' <strong>u</strong>, the lips are pulled into a tense, small circle. In addition, the back of the tongue is raised to a high position and sides of the tongue may touch the top teeth at the back of the mouth.

/l/
/l/
play_circle_filled
94% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

has been
kind

cancel 82% accurate

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sound you said
/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/aɪ/
/ay/
play_circle_filled
80% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

/n/
/n/
play_circle_filled
80% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/d/
/d/
play_circle_filled
4% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

of

cancel 82% accurate

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sound you said
/ə/
/ax/
play_circle_filled
56% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/v/
/v/
play_circle_filled
49% accurate

To create the 'v sound' <strong>v</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the <strong>v</strong>. A common error ESL/ELL students make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking to and from the <strong>v</strong>.

a
mixed

cancel 94% accurate

done
sound you said
/m/
/m/
play_circle_filled
100% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/s/
/s/
play_circle_filled
78% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/t/
/t/
play_circle_filled
70% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

feeling.
in

cancel 91% accurate

done
sound you said
/ɪ/
/ih/
play_circle_filled
81% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/n/
/n/
play_circle_filled
80% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

elementary

cancel 91% accurate

done
sound you said
/ɛ/
/eh/
play_circle_filled
100% accurate

To pronounce the <strong>ɛ</strong> sound the middle of the tongue rounds slightly upward and the sides of the tongue may lightly touch the top and bottom side teeth. The lips and jaw are loose and relaxed.

/l/
/l/
play_circle_filled
100% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/m/
/m/
play_circle_filled
100% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/ɛ/
/eh/
play_circle_filled
100% accurate

To pronounce the <strong>ɛ</strong> sound the middle of the tongue rounds slightly upward and the sides of the tongue may lightly touch the top and bottom side teeth. The lips and jaw are loose and relaxed.

/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/i/
/iy/
play_circle_filled
76% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

and
middle

cancel 88% accurate

done
sound you said
/m/
/m/
play_circle_filled
95% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/d/
/d/
play_circle_filled
50% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

/ə/
/ax/
play_circle_filled
24% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/l/
/l/
play_circle_filled
58% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

school

cancel 79% accurate

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sound you said
/s/
/s/
play_circle_filled
67% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/u/
/uw/
play_circle_filled
69% accurate

To create the 'oo sound' <strong>u</strong>, the lips are pulled into a tense, small circle. In addition, the back of the tongue is raised to a high position and sides of the tongue may touch the top teeth at the back of the mouth.

/l/
/l/
play_circle_filled
61% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

i
liked

cancel 59% accurate

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sound you said
/l/
/l/
play_circle_filled
100% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/aɪ/
/ay/
play_circle_filled
100% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

/k/
/k/
play_circle_filled
68% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/t/
/t/
play_circle_filled
31% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

it

cancel 88% accurate

done
sound you said
/ɪ/
/ih/
play_circle_filled
56% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/t/
/t/
play_circle_filled
81% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

because
it's

cancel 91% accurate

done
sound you said
/ɪ/
/ih/
play_circle_filled
77% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/t/
/t/
play_circle_filled
72% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/s/
/s/
play_circle_filled
28% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

small classes.
teacher

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sound you said
/t/
/t/
play_circle_filled
51% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/i/
/iy/
play_circle_filled
86% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

/tʃ/
/ch/
play_circle_filled
69% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the back tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released with friction.

/ə/
/ax/
play_circle_filled
90% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/r/
/r/
play_circle_filled
85% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

knows

cancel 94% accurate

done
sound you said
/n/
/n/
play_circle_filled
84% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/oʊ/
/ow/
play_circle_filled
100% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

/z/
/z/
play_circle_filled
98% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

my name.
and

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sound you said
/æ/
/ae/
play_circle_filled
96% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/n/
/n/
play_circle_filled
54% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/d/
/d/
play_circle_filled
48% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

that
is

cancel 94% accurate

done
sound you said
/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/z/
/z/
play_circle_filled
86% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

a
cozy

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sound you said
/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/oʊ/
/ow/
play_circle_filled
48% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

/z/
/z/
play_circle_filled
39% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/i/
/iy/
play_circle_filled
48% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

atmosphere

cancel 91% accurate

done
sound you said
/æ/
/ae/
play_circle_filled
100% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/m/
/m/
play_circle_filled
100% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/s/
/s/
play_circle_filled
100% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/f/
/f/
play_circle_filled
100% accurate

To create the 'f sound' <strong>f</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is to be a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the production of the <strong>f</strong>. A common error English language learners make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking other sounds to and from the <strong>f</strong>.

/i/
/iy/
play_circle_filled
100% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

/r/
/r/
play_circle_filled
76% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

is.

cancel 67% accurate

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sound you said
/ɪ/
/ih/
play_circle_filled
46% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/z/
/z/
play_circle_filled
53% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

high

cancel 94% accurate

done
sound you said
/ə/
/h/
play_circle_filled
94% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/aɪ/
/ay/
play_circle_filled
94% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

school

cancel 88% accurate

done
sound you said
/s/
/s/
play_circle_filled
100% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/u/
/uw/
play_circle_filled
73% accurate

To create the 'oo sound' <strong>u</strong>, the lips are pulled into a tense, small circle. In addition, the back of the tongue is raised to a high position and sides of the tongue may touch the top teeth at the back of the mouth.

/l/
/l/
play_circle_filled
100% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

was a
different

cancel 53% accurate

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sound you said
/d/
/d/
play_circle_filled
54% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/f/
/f/
play_circle_filled
69% accurate

To create the 'f sound' <strong>f</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is to be a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the production of the <strong>f</strong>. A common error English language learners make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking other sounds to and from the <strong>f</strong>.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/ə/
/ax/
play_circle_filled
43% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/n/
/n/
play_circle_filled
43% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/t/
/t/
play_circle_filled
12% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

story

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sound you said
/s/
/s/
play_circle_filled
85% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/t/
/t/
play_circle_filled
85% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ɔ/
/ao/
play_circle_filled
85% accurate

To create the 'aw sound' <strong>ɔ</strong> the entire tongue is pushed back and kept low during the pronunciation of the 'aw sound' <strong>ɔ</strong>. The bottom side teeth can be felt alongside the front of the tongue during the sound. The back of the tongue has only a slight rounding upward at the very rear of the mouth. The lips are made into an oval shape, and may stick slightly outward.

/r/
/r/
play_circle_filled
85% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/i/
/iy/
play_circle_filled
85% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

was a much more
difficult.

cancel 88% accurate

done
sound you said
/d/
/d/
play_circle_filled
88% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

/ɪ/
/ih/
play_circle_filled
88% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/f/
/f/
play_circle_filled
88% accurate

To create the 'f sound' <strong>f</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is to be a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the production of the <strong>f</strong>. A common error English language learners make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking other sounds to and from the <strong>f</strong>.

/ɪ/
/ih/
play_circle_filled
88% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/k/
/k/
play_circle_filled
88% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/ə/
/ah/
play_circle_filled
88% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/l/
/l/
play_circle_filled
88% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/t/
/t/
play_circle_filled
88% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

and

cancel 70% accurate

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sound you said
/æ/
/ae/
play_circle_filled
99% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/d/
/d/
play_circle_filled
0% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

the

cancel 94% accurate

done
sound you said
/ð/
/dh/
play_circle_filled
89% accurate

To create <strong>ð</strong> sound the tip of the tongue is placed behind the top front teeth. The friction occurs between the tip of the tongue and the top front teeth. Subtle friction may also occur between the top of the front of the tongue and the tooth ridge.

/ə/
/ax/
play_circle_filled
93% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

classes

cancel 94% accurate

done
sound you said
/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/l/
/l/
play_circle_filled
100% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/æ/
/ae/
play_circle_filled
100% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/s/
/s/
play_circle_filled
100% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/ɪ/
/ih/
play_circle_filled
93% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/z/
/z/
play_circle_filled
68% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

were huge
and

cancel 94% accurate

done
sound you said
/æ/
/ae/
play_circle_filled
95% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/d/
/d/
play_circle_filled
72% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

i

cancel 91% accurate

done
sound you said
/aɪ/
/ay/
play_circle_filled
91% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

felt

cancel 94% accurate

done
sound you said
/f/
/f/
play_circle_filled
89% accurate

To create the 'f sound' <strong>f</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is to be a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the production of the <strong>f</strong>. A common error English language learners make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking other sounds to and from the <strong>f</strong>.

/ɛ/
/eh/
play_circle_filled
100% accurate

To pronounce the <strong>ɛ</strong> sound the middle of the tongue rounds slightly upward and the sides of the tongue may lightly touch the top and bottom side teeth. The lips and jaw are loose and relaxed.

/l/
/l/
play_circle_filled
82% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/t/
/t/
play_circle_filled
68% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

a
bit

cancel 91% accurate

done
sound you said
/b/
/b/
play_circle_filled
85% accurate

To create the <strong>b</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/ɪ/
/ih/
play_circle_filled
78% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/t/
/t/
play_circle_filled
66% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

like a
factory

cancel 88% accurate

done
sound you said
/f/
/f/
play_circle_filled
100% accurate

To create the 'f sound' <strong>f</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is to be a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the production of the <strong>f</strong>. A common error English language learners make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking other sounds to and from the <strong>f</strong>.

/æ/
/ae/
play_circle_filled
83% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/k/
/k/
play_circle_filled
65% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/t/
/t/
play_circle_filled
66% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ə/
/ax/
play_circle_filled
68% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/i/
/iy/
play_circle_filled
84% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

so.

cancel 94% accurate

done
sound you said
/s/
/s/
play_circle_filled
100% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/oʊ/
/ow/
play_circle_filled
88% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

yeah,

cancel 69% accurate

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sound you said
/j/
/y/
play_circle_filled
94% accurate

To create the 'j sound' <strong>ʤ</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the back tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released with friction (similar to the friction of a zh sound <strong>ʒ</strong>).

/ɛ/
/eh/
play_circle_filled
57% accurate

To pronounce the <strong>ɛ</strong> sound the middle of the tongue rounds slightly upward and the sides of the tongue may lightly touch the top and bottom side teeth. The lips and jaw are loose and relaxed.

/ə/
/ax/
play_circle_filled
0% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

i

cancel 94% accurate

done
sound you said
/aɪ/
/ay/
play_circle_filled
94% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

kind of have the
adjust-get-by

cancel 94% accurate

done
sound you said
/ə/
/ax/
play_circle_filled
94% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/dʒ/
/jh/
play_circle_filled
94% accurate

To create the <strong>ʤ</strong> sound, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the back tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released with friction.

/ə/
/ah/
play_circle_filled
94% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/s/
/s/
play_circle_filled
94% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/t/
/t/
play_circle_filled
94% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/g/
/g/
play_circle_filled
94% accurate

To create the <strong>g</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>g</strong> is less than that for a <strong>k</strong>.

/ɛ/
/eh/
play_circle_filled
94% accurate

To pronounce the <strong>ɛ</strong> sound the middle of the tongue rounds slightly upward and the sides of the tongue may lightly touch the top and bottom side teeth. The lips and jaw are loose and relaxed.

/t/
/t/
play_circle_filled
94% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/b/
/b/
play_circle_filled
94% accurate

To create the <strong>b</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/aɪ/
/ay/
play_circle_filled
94% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

mentality.

cancel 85% accurate

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sound you said
/m/
/m/
play_circle_filled
70% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/ɛ/
/eh/
play_circle_filled
74% accurate

To pronounce the <strong>ɛ</strong> sound the middle of the tongue rounds slightly upward and the sides of the tongue may lightly touch the top and bottom side teeth. The lips and jaw are loose and relaxed.

/n/
/n/
play_circle_filled
57% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/æ/
/ae/
play_circle_filled
100% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/l/
/l/
play_circle_filled
100% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/t/
/t/
play_circle_filled
87% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/i/
/iy/
play_circle_filled
66% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

college

cancel 70% accurate

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sound you said
/k/
/k/
play_circle_filled
55% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/ɑ/
/aa/
play_circle_filled
59% accurate

To pronounce the 'aa sound' <strong>ɑ</strong> the vocal tract is very open for the production of the 'aa sound' <strong>ɑ</strong>. In fact, the jaw is held more open and the back of the tongue is held lower for this sound than any other American English vowel sound pronunciation. The tongue touches the inside of the bottom teeth so that the top of the tongue is nearly even with the top of the bottom teeth. The lips are held open and kept rounded, but relaxed.

/l/
/l/
play_circle_filled
61% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/dʒ/
/jh/
play_circle_filled
100% accurate

To create the <strong>ʤ</strong> sound, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the back tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released with friction.

brought me
back

cancel 94% accurate

done
sound you said
/b/
/b/
play_circle_filled
100% accurate

To create the <strong>b</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/æ/
/ae/
play_circle_filled
83% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/k/
/k/
play_circle_filled
67% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

because i
finally

cancel 73% accurate

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sound you said
/f/
/f/
play_circle_filled
100% accurate

To create the 'f sound' <strong>f</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is to be a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the production of the <strong>f</strong>. A common error English language learners make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking other sounds to and from the <strong>f</strong>.

/aɪ/
/ay/
play_circle_filled
64% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/ə/
/ax/
play_circle_filled
67% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/l/
/l/
play_circle_filled
59% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/i/
/iy/
play_circle_filled
53% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

had

cancel 91% accurate

done
sound you said
/ə/
/h/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/æ/
/ae/
play_circle_filled
100% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/d/
/d/
play_circle_filled
76% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

the

cancel 85% accurate

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sound you said
/ð/
/dh/
play_circle_filled
79% accurate

To create <strong>ð</strong> sound the tip of the tongue is placed behind the top front teeth. The friction occurs between the tip of the tongue and the top front teeth. Subtle friction may also occur between the top of the front of the tongue and the tooth ridge.

/ə/
/ah/
play_circle_filled
79% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

freedom

cancel 64% accurate

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sound you said
/f/
/f/
play_circle_filled
66% accurate

To create the 'f sound' <strong>f</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is to be a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the production of the <strong>f</strong>. A common error English language learners make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking other sounds to and from the <strong>f</strong>.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/i/
/iy/
play_circle_filled
100% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

/d/
/d/
play_circle_filled
100% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

/ə/
/ax/
play_circle_filled
64% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/m/
/m/
play_circle_filled
30% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

to

cancel 82% accurate

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sound you said
/t/
/t/
play_circle_filled
78% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ə/
/ax/
play_circle_filled
80% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

choose
courses

cancel 91% accurate

done
sound you said
/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/ɔ/
/ao/
play_circle_filled
82% accurate

To create the 'aw sound' <strong>ɔ</strong> the entire tongue is pushed back and kept low during the pronunciation of the 'aw sound' <strong>ɔ</strong>. The bottom side teeth can be felt alongside the front of the tongue during the sound. The back of the tongue has only a slight rounding upward at the very rear of the mouth. The lips are made into an oval shape, and may stick slightly outward.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/s/
/s/
play_circle_filled
100% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/z/
/z/
play_circle_filled
69% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

that

cancel 94% accurate

done
sound you said
/ð/
/dh/
play_circle_filled
90% accurate

To create <strong>ð</strong> sound the tip of the tongue is placed behind the top front teeth. The friction occurs between the tip of the tongue and the top front teeth. Subtle friction may also occur between the top of the front of the tongue and the tooth ridge.

/æ/
/ae/
play_circle_filled
88% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/t/
/t/
play_circle_filled
75% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

interest

cancel 88% accurate

done
sound you said
/ɪ/
/ih/
play_circle_filled
71% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/s/
/s/
play_circle_filled
76% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/t/
/t/
play_circle_filled
73% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

me.   play_circle_filled

Pronunciation: 89%   Fluency: 94%   Grammar: 65%   Coherence: 80%   Vocab: 75%   Relevance: 90%  

 
grammar
Strengths

Most simple sentence structures are correct and understandable, and you use past tense appropriately in places like "College brought me back."

Weaknesses

There are tense and agreement inconsistencies and some awkward constructions that interrupt fluency, for example "Teacher knows my name and that is a cozy atmosphere" mixes present tense and a clumsy connector, and the phrasing "I kind of have the adjust-get-by mentality" sounds ungrammatical and unclear.

Question 3: Let's talk about motivation. Some people are very driven by academic success or career goals, while others focus more on learning for personal growth. What has motivated you most in your education so far—and has that motivation changed over time?
 
that's good
question.

cancel 88% accurate

done
sound you said
/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/w/
/w/
play_circle_filled
100% accurate

To create the 'w sound' <strong>w</strong> the jaw is mostly closed and the lips form a small, tight circle. The sound is voiced, so the vocal cords must vibrate during the production of the sound.

/ɛ/
/eh/
play_circle_filled
83% accurate

To pronounce the <strong>ɛ</strong> sound the middle of the tongue rounds slightly upward and the sides of the tongue may lightly touch the top and bottom side teeth. The lips and jaw are loose and relaxed.

/s/
/s/
play_circle_filled
58% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/tʃ/
/ch/
play_circle_filled
100% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the back tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released with friction.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/n/
/n/
play_circle_filled
79% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

early

cancel 85% accurate

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sound you said
/ɚ/
/er/
play_circle_filled
100% accurate

To create the <strong>ɚ</strong> sound first raise the back of the tongue so that the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/l/
/l/
play_circle_filled
100% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/i/
/iy/
play_circle_filled
71% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

on

cancel 88% accurate

done
sound you said
/ɑ/
/aa/
play_circle_filled
93% accurate

To pronounce the 'aa sound' <strong>ɑ</strong> the vocal tract is very open for the production of the 'aa sound' <strong>ɑ</strong>. In fact, the jaw is held more open and the back of the tongue is held lower for this sound than any other American English vowel sound pronunciation. The tongue touches the inside of the bottom teeth so that the top of the tongue is nearly even with the top of the bottom teeth. The lips are held open and kept rounded, but relaxed.

/n/
/n/
play_circle_filled
80% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

i

cancel 85% accurate

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sound you said
/aɪ/
/ay/
play_circle_filled
85% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

was

cancel 88% accurate

done
sound you said
/w/
/w/
play_circle_filled
95% accurate

To create the 'w sound' <strong>w</strong> the jaw is mostly closed and the lips form a small, tight circle. The sound is voiced, so the vocal cords must vibrate during the production of the sound.

/ə/
/ax/
play_circle_filled
97% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/z/
/z/
play_circle_filled
72% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

totally

cancel 88% accurate

done
sound you said
/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/oʊ/
/ow/
play_circle_filled
100% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/l/
/l/
play_circle_filled
86% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/i/
/iy/
play_circle_filled
61% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

driven

cancel 94% accurate

done
sound you said
/d/
/d/
play_circle_filled
79% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/v/
/v/
play_circle_filled
90% accurate

To create the 'v sound' <strong>v</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the <strong>v</strong>. A common error ESL/ELL students make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking to and from the <strong>v</strong>.

/ə/
/ax/
play_circle_filled
93% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/n/
/n/
play_circle_filled
84% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

by.
goal

cancel 79% accurate

Request an AI speaking review to view the pronunciation training content
sound you said
/g/
/g/
play_circle_filled
80% accurate

To create the <strong>g</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>g</strong> is less than that for a <strong>k</strong>.

/oʊ/
/ow/
play_circle_filled
100% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

/l/
/l/
play_circle_filled
52% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

stars

cancel 94% accurate

done
sound you said
/s/
/s/
play_circle_filled
78% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ɑ/
/aa/
play_circle_filled
100% accurate

To pronounce the 'aa sound' <strong>ɑ</strong> the vocal tract is very open for the production of the 'aa sound' <strong>ɑ</strong>. In fact, the jaw is held more open and the back of the tongue is held lower for this sound than any other American English vowel sound pronunciation. The tongue touches the inside of the bottom teeth so that the top of the tongue is nearly even with the top of the bottom teeth. The lips are held open and kept rounded, but relaxed.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/z/
/z/
play_circle_filled
100% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

and getting my
parents

cancel 85% accurate

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sound you said
/p/
/p/
play_circle_filled
100% accurate

To create the <strong>p</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/ɛ/
/eh/
play_circle_filled
100% accurate

To pronounce the <strong>ɛ</strong> sound the middle of the tongue rounds slightly upward and the sides of the tongue may lightly touch the top and bottom side teeth. The lips and jaw are loose and relaxed.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/s/
/s/
play_circle_filled
71% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

to

cancel 91% accurate

done
sound you said
/t/
/t/
play_circle_filled
85% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/u/
/uw/
play_circle_filled
80% accurate

To create the 'oo sound' <strong>u</strong>, the lips are pulled into a tense, small circle. In addition, the back of the tongue is raised to a high position and sides of the tongue may touch the top teeth at the back of the mouth.

stack

cancel 94% accurate

done
sound you said
/s/
/s/
play_circle_filled
54% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/æ/
/ae/
play_circle_filled
100% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

my
report

cancel 94% accurate

done
sound you said
/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/i/
/iy/
play_circle_filled
75% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

/p/
/p/
play_circle_filled
67% accurate

To create the <strong>p</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/ɔ/
/ao/
play_circle_filled
84% accurate

To create the 'aw sound' <strong>ɔ</strong> the entire tongue is pushed back and kept low during the pronunciation of the 'aw sound' <strong>ɔ</strong>. The bottom side teeth can be felt alongside the front of the tongue during the sound. The back of the tongue has only a slight rounding upward at the very rear of the mouth. The lips are made into an oval shape, and may stick slightly outward.

/r/
/r/
play_circle_filled
59% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/t/
/t/
play_circle_filled
69% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

card

cancel 73% accurate

Request an AI speaking review to view the pronunciation training content
sound you said
/k/
/k/
play_circle_filled
75% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/ɑ/
/aa/
play_circle_filled
100% accurate

To pronounce the 'aa sound' <strong>ɑ</strong> the vocal tract is very open for the production of the 'aa sound' <strong>ɑ</strong>. In fact, the jaw is held more open and the back of the tongue is held lower for this sound than any other American English vowel sound pronunciation. The tongue touches the inside of the bottom teeth so that the top of the tongue is nearly even with the top of the bottom teeth. The lips are held open and kept rounded, but relaxed.

/r/
/r/
play_circle_filled
57% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/d/
/d/
play_circle_filled
50% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

on

cancel 94% accurate

done
sound you said
/ɔ/
/ao/
play_circle_filled
87% accurate

To create the 'aw sound' <strong>ɔ</strong> the entire tongue is pushed back and kept low during the pronunciation of the 'aw sound' <strong>ɔ</strong>. The bottom side teeth can be felt alongside the front of the tongue during the sound. The back of the tongue has only a slight rounding upward at the very rear of the mouth. The lips are made into an oval shape, and may stick slightly outward.

/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

fridge, then
encouraging

cancel 88% accurate

done
sound you said
/ɛ/
/eh/
play_circle_filled
35% accurate

To pronounce the <strong>ɛ</strong> sound the middle of the tongue rounds slightly upward and the sides of the tongue may lightly touch the top and bottom side teeth. The lips and jaw are loose and relaxed.

/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/ɚ/
/er/
play_circle_filled
100% accurate

To create the <strong>ɚ</strong> sound first raise the back of the tongue so that the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/dʒ/
/jh/
play_circle_filled
100% accurate

To create the <strong>ʤ</strong> sound, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the back tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released with friction.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/ŋ/
/ng/
play_circle_filled
51% accurate

To create the 'ng sound' <strong>ŋ</strong>, air is prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

the
motivation

cancel 94% accurate

done
sound you said
/m/
/m/
play_circle_filled
100% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/oʊ/
/ow/
play_circle_filled
100% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/v/
/v/
play_circle_filled
100% accurate

To create the 'v sound' <strong>v</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the <strong>v</strong>. A common error ESL/ELL students make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking to and from the <strong>v</strong>.

/eɪ/
/ey/
play_circle_filled
100% accurate

To pronounce the <strong>eɪ</strong> sound, begin with the tongue pushed somewhat forward but in a neutral position in the mouth. Then, as the jaw closes slightly, move the body of the tongue upward until it is near the tooth ridge--similar to the position of a 'y sound' <strong>y</strong>. The front sides of the tongue touch the inside of the top teeth at the end of the sound.

/ʃ/
/sh/
play_circle_filled
100% accurate

To create the 'sh sound' <strong>ʃ</strong>, air is forced between a wide groove in the center of the front of the tongue and the back of the tooth ridge. The sides of the blade of the tongue may touch the side teeth. The lips are kept slightly tense, and may protrude somewhat during the production of the sound. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/n/
/n/
play_circle_filled
78% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

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done
sound you said
/ʃ/
/sh/
play_circle_filled
100% accurate

To create the 'sh sound' <strong>ʃ</strong>, air is forced between a wide groove in the center of the front of the tongue and the back of the tooth ridge. The sides of the blade of the tongue may touch the side teeth. The lips are kept slightly tense, and may protrude somewhat during the production of the sound. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/f/
/f/
play_circle_filled
78% accurate

To create the 'f sound' <strong>f</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is to be a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the production of the <strong>f</strong>. A common error English language learners make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking other sounds to and from the <strong>f</strong>.

/t/
/t/
play_circle_filled
57% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

to
curiosities.

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sound you said
/k/
/k/
play_circle_filled
76% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/j/
/y/
play_circle_filled
100% accurate

To create the 'j sound' <strong>ʤ</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the back tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released with friction (similar to the friction of a zh sound <strong>ʒ</strong>).

/ʊ/
/uh/
play_circle_filled
100% accurate

To create the 'other u' <strong>ʊ</strong> sound, the back of the tongue is raised to a mid-high position. The sides of the tongue may touch the top teeth toward the back of the mouth. The jaw is slightly closed and the lips are pulled into a loose circle.

/r/
/r/
play_circle_filled
66% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/i/
/iy/
play_circle_filled
68% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

/ɔ/
/ao/
play_circle_filled
48% accurate

To create the 'aw sound' <strong>ɔ</strong> the entire tongue is pushed back and kept low during the pronunciation of the 'aw sound' <strong>ɔ</strong>. The bottom side teeth can be felt alongside the front of the tongue during the sound. The back of the tongue has only a slight rounding upward at the very rear of the mouth. The lips are made into an oval shape, and may stick slightly outward.

/s/
/s/
play_circle_filled
58% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/i/
/iy/
play_circle_filled
100% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

/z/
/z/
play_circle_filled
64% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

i

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done
sound you said
/aɪ/
/ay/
play_circle_filled
91% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

like to
research

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done
sound you said
/r/
/r/
play_circle_filled
76% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/i/
/iy/
play_circle_filled
100% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

/s/
/s/
play_circle_filled
80% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/ɚ/
/er/
play_circle_filled
100% accurate

To create the <strong>ɚ</strong> sound first raise the back of the tongue so that the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/tʃ/
/ch/
play_circle_filled
71% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the back tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released with friction.

and

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sound you said
/æ/
/ae/
play_circle_filled
89% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/n/
/n/
play_circle_filled
45% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/d/
/d/
play_circle_filled
40% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

i want to know more about this now in my
master's

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sound you said
/m/
/m/
play_circle_filled
100% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/æ/
/ae/
play_circle_filled
100% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/s/
/s/
play_circle_filled
100% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/r/
/r/
play_circle_filled
0% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/z/
/z/
play_circle_filled
100% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

degree.

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sound you said
/d/
/d/
play_circle_filled
30% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

/ə/
/ax/
play_circle_filled
73% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/g/
/g/
play_circle_filled
100% accurate

To create the <strong>g</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>g</strong> is less than that for a <strong>k</strong>.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/i/
/iy/
play_circle_filled
95% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

the
big

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sound you said
/b/
/b/
play_circle_filled
100% accurate

To create the <strong>b</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/g/
/g/
play_circle_filled
27% accurate

To create the <strong>g</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>g</strong> is less than that for a <strong>k</strong>.

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sound you said
/d/
/d/
play_circle_filled
82% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/aɪ/
/ay/
play_circle_filled
100% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

/v/
/v/
play_circle_filled
100% accurate

To create the 'v sound' <strong>v</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the <strong>v</strong>. A common error ESL/ELL students make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking to and from the <strong>v</strong>.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/r/
/r/
play_circle_filled
76% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

is is
practicality.

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sound you said
/p/
/p/
play_circle_filled
75% accurate

To create the <strong>p</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/æ/
/ae/
play_circle_filled
69% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ɪ/
/ih/
play_circle_filled
68% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/k/
/k/
play_circle_filled
43% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/æ/
/ae/
play_circle_filled
54% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/l/
/l/
play_circle_filled
68% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/ɪ/
/ih/
play_circle_filled
63% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/t/
/t/
play_circle_filled
66% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/i/
/iy/
play_circle_filled
63% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

i

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done
sound you said
/aɪ/
/ay/
play_circle_filled
94% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

need

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sound you said
/n/
/n/
play_circle_filled
86% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/i/
/iy/
play_circle_filled
83% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

/d/
/d/
play_circle_filled
12% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

those

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done
sound you said
/ð/
/dh/
play_circle_filled
50% accurate

To create <strong>ð</strong> sound the tip of the tongue is placed behind the top front teeth. The friction occurs between the tip of the tongue and the top front teeth. Subtle friction may also occur between the top of the front of the tongue and the tooth ridge.

/oʊ/
/ow/
play_circle_filled
94% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

/z/
/z/
play_circle_filled
71% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

skills

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done
sound you said
/s/
/s/
play_circle_filled
100% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/l/
/l/
play_circle_filled
92% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/z/
/z/
play_circle_filled
0% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

to

cancel 80% accurate

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sound you said
/t/
/t/
play_circle_filled
60% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ə/
/ax/
play_circle_filled
45% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

stay
relevant

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sound you said
/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/ɛ/
/eh/
play_circle_filled
98% accurate

To pronounce the <strong>ɛ</strong> sound the middle of the tongue rounds slightly upward and the sides of the tongue may lightly touch the top and bottom side teeth. The lips and jaw are loose and relaxed.

/l/
/l/
play_circle_filled
50% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/ə/
/ax/
play_circle_filled
6% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/v/
/v/
play_circle_filled
36% accurate

To create the 'v sound' <strong>v</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the <strong>v</strong>. A common error ESL/ELL students make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking to and from the <strong>v</strong>.

/ə/
/ax/
play_circle_filled
76% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/n/
/n/
play_circle_filled
46% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/t/
/t/
play_circle_filled
2% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

in

cancel 88% accurate

done
sound you said
/ɪ/
/ih/
play_circle_filled
80% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/n/
/n/
play_circle_filled
80% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

world

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done
sound you said
/w/
/w/
play_circle_filled
92% accurate

To create the 'w sound' <strong>w</strong> the jaw is mostly closed and the lips form a small, tight circle. The sound is voiced, so the vocal cords must vibrate during the production of the sound.

/ɚ/
/er/
play_circle_filled
100% accurate

To create the <strong>ɚ</strong> sound first raise the back of the tongue so that the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/l/
/l/
play_circle_filled
67% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/d/
/d/
play_circle_filled
78% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

and

cancel 88% accurate

done
sound you said
/æ/
/ae/
play_circle_filled
60% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/n/
/n/
play_circle_filled
68% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/d/
/d/
play_circle_filled
74% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

hopefully

cancel 94% accurate

done
sound you said
/ə/
/h/
play_circle_filled
69% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/oʊ/
/ow/
play_circle_filled
100% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

/p/
/p/
play_circle_filled
100% accurate

To create the <strong>p</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/f/
/f/
play_circle_filled
100% accurate

To create the 'f sound' <strong>f</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is to be a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the production of the <strong>f</strong>. A common error English language learners make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking other sounds to and from the <strong>f</strong>.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/l/
/l/
play_circle_filled
100% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/i/
/iy/
play_circle_filled
77% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

get a
promotion

cancel 91% accurate

done
sound you said
/p/
/p/
play_circle_filled
80% accurate

To create the <strong>p</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/r/
/r/
play_circle_filled
82% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/ə/
/ax/
play_circle_filled
98% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/m/
/m/
play_circle_filled
100% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/oʊ/
/ow/
play_circle_filled
100% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

/ʃ/
/sh/
play_circle_filled
100% accurate

To create the 'sh sound' <strong>ʃ</strong>, air is forced between a wide groove in the center of the front of the tongue and the back of the tooth ridge. The sides of the blade of the tongue may touch the side teeth. The lips are kept slightly tense, and may protrude somewhat during the production of the sound. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/n/
/n/
play_circle_filled
59% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

so

cancel 94% accurate

done
sound you said
/s/
/s/
play_circle_filled
85% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/oʊ/
/ow/
play_circle_filled
90% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

it's more
fun

cancel 88% accurate

done
sound you said
/f/
/f/
play_circle_filled
100% accurate

To create the 'f sound' <strong>f</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is to be a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the production of the <strong>f</strong>. A common error English language learners make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking other sounds to and from the <strong>f</strong>.

/ə/
/ah/
play_circle_filled
97% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/n/
/n/
play_circle_filled
36% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

still

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sound you said
/s/
/s/
play_circle_filled
88% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/t/
/t/
play_circle_filled
96% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ɪ/
/ih/
play_circle_filled
92% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/l/
/l/
play_circle_filled
31% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

to

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sound you said
/t/
/t/
play_circle_filled
87% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/u/
/uw/
play_circle_filled
66% accurate

To create the 'oo sound' <strong>u</strong>, the lips are pulled into a tense, small circle. In addition, the back of the tongue is raised to a high position and sides of the tongue may touch the top teeth at the back of the mouth.

internal

cancel 91% accurate

done
sound you said
/ɪ/
/ih/
play_circle_filled
66% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/t/
/t/
play_circle_filled
85% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ɚ/
/er/
play_circle_filled
100% accurate

To create the <strong>ɚ</strong> sound first raise the back of the tongue so that the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/l/
/l/
play_circle_filled
100% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

curiosities

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sound you said
/k/
/k/
play_circle_filled
75% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/j/
/y/
play_circle_filled
100% accurate

To create the 'j sound' <strong>ʤ</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the back tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released with friction (similar to the friction of a zh sound <strong>ʒ</strong>).

/ʊ/
/uh/
play_circle_filled
79% accurate

To create the 'other u' <strong>ʊ</strong> sound, the back of the tongue is raised to a mid-high position. The sides of the tongue may touch the top teeth toward the back of the mouth. The jaw is slightly closed and the lips are pulled into a loose circle.

/r/
/r/
play_circle_filled
61% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/i/
/iy/
play_circle_filled
48% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

/ɔ/
/ao/
play_circle_filled
28% accurate

To create the 'aw sound' <strong>ɔ</strong> the entire tongue is pushed back and kept low during the pronunciation of the 'aw sound' <strong>ɔ</strong>. The bottom side teeth can be felt alongside the front of the tongue during the sound. The back of the tongue has only a slight rounding upward at the very rear of the mouth. The lips are made into an oval shape, and may stick slightly outward.

/s/
/s/
play_circle_filled
50% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/i/
/iy/
play_circle_filled
100% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

/z/
/z/
play_circle_filled
62% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

and now more of
a

cancel 94% accurate

done
sound you said
/ə/
/ax/
play_circle_filled
94% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

career
survival

cancel 91% accurate

done
sound you said
/s/
/s/
play_circle_filled
68% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/v/
/v/
play_circle_filled
100% accurate

To create the 'v sound' <strong>v</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the <strong>v</strong>. A common error ESL/ELL students make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking to and from the <strong>v</strong>.

/aɪ/
/ay/
play_circle_filled
100% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

/v/
/v/
play_circle_filled
100% accurate

To create the 'v sound' <strong>v</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the <strong>v</strong>. A common error ESL/ELL students make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking to and from the <strong>v</strong>.

/ə/
/ax/
play_circle_filled
84% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/l/
/l/
play_circle_filled
75% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

motivation.

cancel 91% accurate

done
sound you said
/m/
/m/
play_circle_filled
100% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/oʊ/
/ow/
play_circle_filled
100% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/v/
/v/
play_circle_filled
100% accurate

To create the 'v sound' <strong>v</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the <strong>v</strong>. A common error ESL/ELL students make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking to and from the <strong>v</strong>.

/eɪ/
/ey/
play_circle_filled
100% accurate

To pronounce the <strong>eɪ</strong> sound, begin with the tongue pushed somewhat forward but in a neutral position in the mouth. Then, as the jaw closes slightly, move the body of the tongue upward until it is near the tooth ridge--similar to the position of a 'y sound' <strong>y</strong>. The front sides of the tongue touch the inside of the top teeth at the end of the sound.

/ʃ/
/sh/
play_circle_filled
100% accurate

To create the 'sh sound' <strong>ʃ</strong>, air is forced between a wide groove in the center of the front of the tongue and the back of the tooth ridge. The sides of the blade of the tongue may touch the side teeth. The lips are kept slightly tense, and may protrude somewhat during the production of the sound. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration.

/ə/
/ax/
play_circle_filled
91% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/n/
/n/
play_circle_filled
60% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

which

cancel 94% accurate

done
sound you said
/w/
/w/
play_circle_filled
78% accurate

To create the 'w sound' <strong>w</strong> the jaw is mostly closed and the lips form a small, tight circle. The sound is voiced, so the vocal cords must vibrate during the production of the sound.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/tʃ/
/ch/
play_circle_filled
100% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the back tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released with friction.

i feel
i'm

cancel 94% accurate

done
sound you said
/aɪ/
/ay/
play_circle_filled
100% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

/m/
/m/
play_circle_filled
76% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

grown

cancel 66% accurate

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sound you said
/g/
/g/
play_circle_filled
41% accurate

To create the <strong>g</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>g</strong> is less than that for a <strong>k</strong>.

/r/
/r/
play_circle_filled
54% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/oʊ/
/ow/
play_circle_filled
40% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

/n/
/n/
play_circle_filled
65% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

up.

cancel 94% accurate

done
sound you said
/ə/
/ah/
play_circle_filled
80% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/p/
/p/
play_circle_filled
80% accurate

To create the <strong>p</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

i guess
so.

cancel 91% accurate

done
sound you said
/s/
/s/
play_circle_filled
98% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/oʊ/
/ow/
play_circle_filled
74% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

  play_circle_filled

Pronunciation: 92%   Fluency: 91%   Grammar: 45%   Coherence: 60%   Vocab: 60%   Relevance: 85%  

 
grammar
Strengths

You correctly use tense to mark stages of your life (early on vs now), which helps show the timeline of your motivation.

Short, simple clauses like "I like to research" are grammatically correct and easy to follow.

Weaknesses

Sentence fragments and missing auxiliary verbs interrupt flow; for example, "Then encouraging the motivation shift to curiosities" is an incomplete clause that should be rephrased for clarity.

There are errors in word forms and structure that affect meaning, as in "it's more fun still to internal curiosities," where the verb form and structure are incorrect and confusing.

Final sentence structure is awkward and ungrammatical: "which I feel I'm grown up, I guess so" needs restructuring to something like "I feel I've grown up" or "I guess I've grown up."

Question 4: Last question. In recent years, there's been more debate about how schools should adapt to meet different learning styles, incorporate technology, or emphasize life skills. Do you think the current education system prepares people well for real life? Why or why not?
 
a.

cancel 75% accurate

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sound you said
/ə/
/ah/
play_circle_filled
67% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

a

cancel 57% accurate

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sound you said
/ə/
/ah/
play_circle_filled
57% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

i

cancel 91% accurate

done
sound you said
/aɪ/
/ay/
play_circle_filled
91% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

think

cancel 91% accurate

done
sound you said
/θ/
/th/
play_circle_filled
91% accurate

To create the <strong>ð</strong> sound the tip of the tongue is placed behind the top front teeth. The friction occurs between the tip of the tongue and the top front teeth. Subtle friction may also occur between the top of the front of the tongue and the tooth ridge.

/ɪ/
/ih/
play_circle_filled
91% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/ŋ/
/ng/
play_circle_filled
91% accurate

To create the 'ng sound' <strong>ŋ</strong>, air is prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/k/
/k/
play_circle_filled
91% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

system

cancel 28% accurate

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sound you said
/s/
/s/
play_circle_filled
77% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/ɪ/
/ih/
play_circle_filled
98% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/s/
/s/
play_circle_filled
83% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/t/
/t/
play_circle_filled
61% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ə/
/ax/
play_circle_filled
24% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/m/
/m/
play_circle_filled
32% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

is

cancel 94% accurate

done
sound you said
/ɪ/
/ih/
play_circle_filled
82% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/z/
/z/
play_circle_filled
92% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

doing okay but could
use

cancel 94% accurate

done
sound you said
/j/
/y/
play_circle_filled
94% accurate

To create the 'j sound' <strong>ʤ</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the back tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released with friction (similar to the friction of a zh sound <strong>ʒ</strong>).

/u/
/uw/
play_circle_filled
94% accurate

To create the 'oo sound' <strong>u</strong>, the lips are pulled into a tense, small circle. In addition, the back of the tongue is raised to a high position and sides of the tongue may touch the top teeth at the back of the mouth.

/s/
/s/
play_circle_filled
94% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

a

cancel 94% accurate

done
sound you said
/ə/
/ax/
play_circle_filled
94% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

serious

cancel 91% accurate

done
sound you said
/s/
/s/
play_circle_filled
75% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/i/
/iy/
play_circle_filled
100% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

/r/
/r/
play_circle_filled
84% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/i/
/iy/
play_circle_filled
60% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

/ə/
/ax/
play_circle_filled
46% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/s/
/s/
play_circle_filled
42% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

improvement.

cancel 91% accurate

done
sound you said
/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/m/
/m/
play_circle_filled
100% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/p/
/p/
play_circle_filled
100% accurate

To create the <strong>p</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/u/
/uw/
play_circle_filled
100% accurate

To create the 'oo sound' <strong>u</strong>, the lips are pulled into a tense, small circle. In addition, the back of the tongue is raised to a high position and sides of the tongue may touch the top teeth at the back of the mouth.

/v/
/v/
play_circle_filled
100% accurate

To create the 'v sound' <strong>v</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the <strong>v</strong>. A common error ESL/ELL students make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking to and from the <strong>v</strong>.

/m/
/m/
play_circle_filled
100% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/t/
/t/
play_circle_filled
76% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

schools still
prioritize

cancel 68% accurate

Request an AI speaking review to view the pronunciation training content
sound you said
/p/
/p/
play_circle_filled
75% accurate

To create the <strong>p</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/r/
/r/
play_circle_filled
52% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/aɪ/
/ay/
play_circle_filled
51% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

/ɔ/
/ao/
play_circle_filled
59% accurate

To create the 'aw sound' <strong>ɔ</strong> the entire tongue is pushed back and kept low during the pronunciation of the 'aw sound' <strong>ɔ</strong>. The bottom side teeth can be felt alongside the front of the tongue during the sound. The back of the tongue has only a slight rounding upward at the very rear of the mouth. The lips are made into an oval shape, and may stick slightly outward.

/r/
/r/
play_circle_filled
25% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/ɪ/
/ih/
play_circle_filled
51% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/aɪ/
/ay/
play_circle_filled
100% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

/z/
/z/
play_circle_filled
83% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

memorizing

cancel 94% accurate

done
sound you said
/m/
/m/
play_circle_filled
77% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/ɛ/
/eh/
play_circle_filled
100% accurate

To pronounce the <strong>ɛ</strong> sound the middle of the tongue rounds slightly upward and the sides of the tongue may lightly touch the top and bottom side teeth. The lips and jaw are loose and relaxed.

/m/
/m/
play_circle_filled
100% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/aɪ/
/ay/
play_circle_filled
100% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

/z/
/z/
play_circle_filled
100% accurate

To create the 'z sound' <strong>z</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/ŋ/
/ng/
play_circle_filled
80% accurate

To create the 'ng sound' <strong>ŋ</strong>, air is prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

content

cancel 94% accurate

done
sound you said
/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/ɑ/
/aa/
play_circle_filled
100% accurate

To pronounce the 'aa sound' <strong>ɑ</strong> the vocal tract is very open for the production of the 'aa sound' <strong>ɑ</strong>. In fact, the jaw is held more open and the back of the tongue is held lower for this sound than any other American English vowel sound pronunciation. The tongue touches the inside of the bottom teeth so that the top of the tongue is nearly even with the top of the bottom teeth. The lips are held open and kept rounded, but relaxed.

/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ɛ/
/eh/
play_circle_filled
100% accurate

To pronounce the <strong>ɛ</strong> sound the middle of the tongue rounds slightly upward and the sides of the tongue may lightly touch the top and bottom side teeth. The lips and jaw are loose and relaxed.

/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/t/
/t/
play_circle_filled
78% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

for

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sound you said
/f/
/f/
play_circle_filled
100% accurate

To create the 'f sound' <strong>f</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is to be a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the production of the <strong>f</strong>. A common error English language learners make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking other sounds to and from the <strong>f</strong>.

/ɔ/
/ao/
play_circle_filled
55% accurate

To create the 'aw sound' <strong>ɔ</strong> the entire tongue is pushed back and kept low during the pronunciation of the 'aw sound' <strong>ɔ</strong>. The bottom side teeth can be felt alongside the front of the tongue during the sound. The back of the tongue has only a slight rounding upward at the very rear of the mouth. The lips are made into an oval shape, and may stick slightly outward.

/r/
/r/
play_circle_filled
41% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

tests.

cancel 88% accurate

done
sound you said
/t/
/t/
play_circle_filled
80% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ɛ/
/eh/
play_circle_filled
100% accurate

To pronounce the <strong>ɛ</strong> sound the middle of the tongue rounds slightly upward and the sides of the tongue may lightly touch the top and bottom side teeth. The lips and jaw are loose and relaxed.

/s/
/s/
play_circle_filled
79% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/t/
/t/
play_circle_filled
78% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/s/
/s/
play_circle_filled
56% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

i
think

cancel 94% accurate

done
sound you said
/θ/
/th/
play_circle_filled
100% accurate

To create the <strong>ð</strong> sound the tip of the tongue is placed behind the top front teeth. The friction occurs between the tip of the tongue and the top front teeth. Subtle friction may also occur between the top of the front of the tongue and the tooth ridge.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/ŋ/
/ng/
play_circle_filled
100% accurate

To create the 'ng sound' <strong>ŋ</strong>, air is prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/k/
/k/
play_circle_filled
78% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

it's quite
outdated,

cancel 91% accurate

done
sound you said
/aʊ/
/aw/
play_circle_filled
82% accurate

Start with the jaw open and the body of the tongue in a low position in the mouth. The bottom teeth can be felt along the sides of the tongue. Then, as the jaw closes, the lips close into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

/t/
/t/
play_circle_filled
91% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/d/
/d/
play_circle_filled
100% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

/eɪ/
/ey/
play_circle_filled
100% accurate

To pronounce the <strong>eɪ</strong> sound, begin with the tongue pushed somewhat forward but in a neutral position in the mouth. Then, as the jaw closes slightly, move the body of the tongue upward until it is near the tooth ridge--similar to the position of a 'y sound' <strong>y</strong>. The front sides of the tongue touch the inside of the top teeth at the end of the sound.

/t/
/t/
play_circle_filled
100% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/d/
/d/
play_circle_filled
54% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

you
know,

cancel 91% accurate

done
sound you said
/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/oʊ/
/ow/
play_circle_filled
81% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

especially

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sound you said
/ə/
/ax/
play_circle_filled
24% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/s/
/s/
play_circle_filled
55% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/p/
/p/
play_circle_filled
100% accurate

To create the <strong>p</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/ɛ/
/eh/
play_circle_filled
100% accurate

To pronounce the <strong>ɛ</strong> sound the middle of the tongue rounds slightly upward and the sides of the tongue may lightly touch the top and bottom side teeth. The lips and jaw are loose and relaxed.

/ʃ/
/sh/
play_circle_filled
100% accurate

To create the 'sh sound' <strong>ʃ</strong>, air is forced between a wide groove in the center of the front of the tongue and the back of the tooth ridge. The sides of the blade of the tongue may touch the side teeth. The lips are kept slightly tense, and may protrude somewhat during the production of the sound. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration.

/ə/
/ax/
play_circle_filled
67% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/l/
/l/
play_circle_filled
56% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/i/
/iy/
play_circle_filled
52% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

ai and google is so
convenient

cancel 76% accurate

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sound you said
/k/
/k/
play_circle_filled
100% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/v/
/v/
play_circle_filled
100% accurate

To create the 'v sound' <strong>v</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the <strong>v</strong>. A common error ESL/ELL students make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking to and from the <strong>v</strong>.

/i/
/iy/
play_circle_filled
93% accurate

To pronounce the <strong>i</strong> sound the tongue is forward, with the body of the tongue near the tooth ridge. The tongue is higher in the mouth for this sound compared to all other vowels in English. Because the tongue is so high, the jaw is relatively closed during the <strong>i</strong> sound. The sides of the tongue touch the top, side teeth during the sound.

/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/j/
/y/
play_circle_filled
100% accurate

To create the 'j sound' <strong>ʤ</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the back tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released with friction (similar to the friction of a zh sound <strong>ʒ</strong>).

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/t/
/t/
play_circle_filled
34% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

to
use

cancel 94% accurate

done
sound you said
/j/
/y/
play_circle_filled
91% accurate

To create the 'j sound' <strong>ʤ</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the back tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released with friction (similar to the friction of a zh sound <strong>ʒ</strong>).

/u/
/uw/
play_circle_filled
100% accurate

To create the 'oo sound' <strong>u</strong>, the lips are pulled into a tense, small circle. In addition, the back of the tongue is raised to a high position and sides of the tongue may touch the top teeth at the back of the mouth.

/s/
/s/
play_circle_filled
86% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

now.
we'll

cancel 94% accurate

done
sound you said
/w/
/w/
play_circle_filled
93% accurate

To create the 'w sound' <strong>w</strong> the jaw is mostly closed and the lips form a small, tight circle. The sound is voiced, so the vocal cords must vibrate during the production of the sound.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/l/
/l/
play_circle_filled
68% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

be better
served

cancel 69% accurate

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sound you said
/s/
/s/
play_circle_filled
96% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/ɚ/
/er/
play_circle_filled
100% accurate

To create the <strong>ɚ</strong> sound first raise the back of the tongue so that the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/v/
/v/
play_circle_filled
77% accurate

To create the 'v sound' <strong>v</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the <strong>v</strong>. A common error ESL/ELL students make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking to and from the <strong>v</strong>.

/d/
/d/
play_circle_filled
0% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

if

cancel 80% accurate

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sound you said
/ɪ/
/ih/
play_circle_filled
45% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/v/
/v/
play_circle_filled
80% accurate

To create the 'v sound' <strong>v</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the <strong>v</strong>. A common error ESL/ELL students make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking to and from the <strong>v</strong>.

classes
spend

cancel 76% accurate

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sound you said
/s/
/s/
play_circle_filled
100% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/p/
/p/
play_circle_filled
100% accurate

To create the <strong>p</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/ɛ/
/eh/
play_circle_filled
100% accurate

To pronounce the <strong>ɛ</strong> sound the middle of the tongue rounds slightly upward and the sides of the tongue may lightly touch the top and bottom side teeth. The lips and jaw are loose and relaxed.

/n/
/n/
play_circle_filled
87% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/d/
/d/
play_circle_filled
40% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

more

cancel 94% accurate

done
sound you said
/m/
/m/
play_circle_filled
100% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/ɔ/
/ao/
play_circle_filled
84% accurate

To create the 'aw sound' <strong>ɔ</strong> the entire tongue is pushed back and kept low during the pronunciation of the 'aw sound' <strong>ɔ</strong>. The bottom side teeth can be felt alongside the front of the tongue during the sound. The back of the tongue has only a slight rounding upward at the very rear of the mouth. The lips are made into an oval shape, and may stick slightly outward.

/r/
/r/
play_circle_filled
47% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

time

cancel 82% accurate

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sound you said
/t/
/t/
play_circle_filled
66% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/aɪ/
/ay/
play_circle_filled
57% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

/m/
/m/
play_circle_filled
35% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

on

cancel 82% accurate

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sound you said
/ɔ/
/ao/
play_circle_filled
80% accurate

To create the 'aw sound' <strong>ɔ</strong> the entire tongue is pushed back and kept low during the pronunciation of the 'aw sound' <strong>ɔ</strong>. The bottom side teeth can be felt alongside the front of the tongue during the sound. The back of the tongue has only a slight rounding upward at the very rear of the mouth. The lips are made into an oval shape, and may stick slightly outward.

/n/
/n/
play_circle_filled
84% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

problem

cancel 82% accurate

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sound you said
/p/
/p/
play_circle_filled
100% accurate

To create the <strong>p</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/ɑ/
/aa/
play_circle_filled
100% accurate

To pronounce the 'aa sound' <strong>ɑ</strong> the vocal tract is very open for the production of the 'aa sound' <strong>ɑ</strong>. In fact, the jaw is held more open and the back of the tongue is held lower for this sound than any other American English vowel sound pronunciation. The tongue touches the inside of the bottom teeth so that the top of the tongue is nearly even with the top of the bottom teeth. The lips are held open and kept rounded, but relaxed.

/b/
/b/
play_circle_filled
100% accurate

To create the <strong>b</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/l/
/l/
play_circle_filled
100% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/m/
/m/
play_circle_filled
68% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

solving

cancel 85% accurate

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sound you said
/s/
/s/
play_circle_filled
79% accurate

To create the 's sound' <strong>s</strong>, the front of the tongue is placed close to the tooth ridge. The tip of the tongue should be close to the upper backside of the top front teeth. The tongue is kept tense as air is pushed between a small groove along the center of the tip of the tongue and the front of the tooth ridge. The front sides of the tongue touch the side teeth toward the front of the mouth. The lips are held slightly tense during the sound.

/ɔ/
/ao/
play_circle_filled
58% accurate

To create the 'aw sound' <strong>ɔ</strong> the entire tongue is pushed back and kept low during the pronunciation of the 'aw sound' <strong>ɔ</strong>. The bottom side teeth can be felt alongside the front of the tongue during the sound. The back of the tongue has only a slight rounding upward at the very rear of the mouth. The lips are made into an oval shape, and may stick slightly outward.

/l/
/l/
play_circle_filled
75% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/v/
/v/
play_circle_filled
100% accurate

To create the 'v sound' <strong>v</strong>, the jaw is held nearly closed. The upper backside of the bottom lip is pressed very lightly into the bottom of the top teeth. Air is pushed out the mouth between the top teeth and the upper backside of the bottom lip. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration. The lips are kept mostly relaxed during the <strong>v</strong>. A common error ESL/ELL students make is overproducing this sound by curling the bottom lip under the top teeth. This creates problems when linking to and from the <strong>v</strong>.

/ɪ/
/ih/
play_circle_filled
78% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/ŋ/
/ng/
play_circle_filled
64% accurate

To create the 'ng sound' <strong>ŋ</strong>, air is prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

and

cancel 88% accurate

done
sound you said
/æ/
/ae/
play_circle_filled
91% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/n/
/n/
play_circle_filled
55% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/d/
/d/
play_circle_filled
70% accurate

To create this sound air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released.

collaboration.

cancel 88% accurate

done
sound you said
/k/
/k/
play_circle_filled
70% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/l/
/l/
play_circle_filled
100% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/æ/
/ae/
play_circle_filled
100% accurate

To pronounce the <strong>ae</strong> sound the front of the tongue is pushed further forward and is held lower in the mouth when forming the 'short a' /æ/ sound than with any other vowel sound. The tip of the tongue will touch the inside of the bottom front teeth. The body of the tongue is rounded slightly upward. The jaw is lowered and the lips are held apart, allowing the entire oral cavity to remain open.

/b/
/b/
play_circle_filled
100% accurate

To create the <strong>b</strong>, air is briefly prevented from leaving the vocal tract by closing the lips. The sound is aspirated when the air is released.

/ə/
/ax/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/r/
/r/
play_circle_filled
100% accurate

To create the <strong>r</strong> sound the back of the tongue is raised so the sides of the tongue touch the back teeth. The center of the back of the tongue is lower and the air travels through this groove to create the sound. The tip of the tongue may point upward, or may be left low.

/eɪ/
/ey/
play_circle_filled
100% accurate

To pronounce the <strong>eɪ</strong> sound, begin with the tongue pushed somewhat forward but in a neutral position in the mouth. Then, as the jaw closes slightly, move the body of the tongue upward until it is near the tooth ridge--similar to the position of a 'y sound' <strong>y</strong>. The front sides of the tongue touch the inside of the top teeth at the end of the sound.

/ʃ/
/sh/
play_circle_filled
100% accurate

To create the 'sh sound' <strong>ʃ</strong>, air is forced between a wide groove in the center of the front of the tongue and the back of the tooth ridge. The sides of the blade of the tongue may touch the side teeth. The lips are kept slightly tense, and may protrude somewhat during the production of the sound. This sound is a continuous consonant, meaning that it should be capable of being produced for a few seconds with even and smooth pronunciation for the entire duration.

/ə/
/ax/
play_circle_filled
92% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/n/
/n/
play_circle_filled
58% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

and

cancel 91% accurate

done
sound you said
/ə/
/ax/
play_circle_filled
80% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/n/
/n/
play_circle_filled
83% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

even
know

cancel 85% accurate

Request an AI speaking review to view the pronunciation training content
sound you said
/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/oʊ/
/ow/
play_circle_filled
71% accurate

To pronounce the 'ow sound' <strong>oʊ</strong> the body of the tongue is pushed back and in a low-to-mid mouth position and the bottom teeth can be felt along the sides of the tongue. Then the sound moves into a 'w sound' <strong>w</strong> by raising the jaw slightly while closing the lips into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

how

cancel 94% accurate

done
sound you said
/ə/
/h/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/aʊ/
/aw/
play_circle_filled
78% accurate

Start with the jaw open and the body of the tongue in a low position in the mouth. The bottom teeth can be felt along the sides of the tongue. Then, as the jaw closes, the lips close into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

to

cancel 94% accurate

done
sound you said
/t/
/t/
play_circle_filled
80% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ə/
/ax/
play_circle_filled
94% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

mental

cancel 68% accurate

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sound you said
/m/
/m/
play_circle_filled
100% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/ɛ/
/eh/
play_circle_filled
100% accurate

To pronounce the <strong>ɛ</strong> sound the middle of the tongue rounds slightly upward and the sides of the tongue may lightly touch the top and bottom side teeth. The lips and jaw are loose and relaxed.

/n/
/n/
play_circle_filled
100% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/t/
/t/
play_circle_filled
61% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ə/
/ax/
play_circle_filled
58% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/l/
/l/
play_circle_filled
52% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

how

cancel 91% accurate

done
sound you said
/ə/
/h/
play_circle_filled
76% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/aʊ/
/aw/
play_circle_filled
100% accurate

Start with the jaw open and the body of the tongue in a low position in the mouth. The bottom teeth can be felt along the sides of the tongue. Then, as the jaw closes, the lips close into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

to manage
mental

cancel 58% accurate

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sound you said
/m/
/m/
play_circle_filled
0% accurate

To create the 'm sound' <strong>m</strong>, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/ɛ/
/eh/
play_circle_filled
87% accurate

To pronounce the <strong>ɛ</strong> sound the middle of the tongue rounds slightly upward and the sides of the tongue may lightly touch the top and bottom side teeth. The lips and jaw are loose and relaxed.

/n/
/n/
play_circle_filled
91% accurate

To create the 'n sound' <strong>n</strong>, the air is blocked from leaving the mouth by pressing the tip against the tooth ridge and the sides of the front of the tongue against the side teeth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/t/
/t/
play_circle_filled
68% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/ə/
/ax/
play_circle_filled
40% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/l/
/l/
play_circle_filled
49% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

mental
health.

cancel 76% accurate

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sound you said
/ə/
/h/
play_circle_filled
100% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/ɛ/
/eh/
play_circle_filled
100% accurate

To pronounce the <strong>ɛ</strong> sound the middle of the tongue rounds slightly upward and the sides of the tongue may lightly touch the top and bottom side teeth. The lips and jaw are loose and relaxed.

/l/
/l/
play_circle_filled
82% accurate

To create the <strong>l</strong>, the tip of the tongue is placed against the middle of the tooth ridge. The sound is created when air travels alongside the tip of the tongue, between the front of the tongue and the side teeth.

/θ/
/th/
play_circle_filled
45% accurate

To create the <strong>ð</strong> sound the tip of the tongue is placed behind the top front teeth. The friction occurs between the tip of the tongue and the top front teeth. Subtle friction may also occur between the top of the front of the tongue and the tooth ridge.

i
think

cancel 85% accurate

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sound you said
/θ/
/th/
play_circle_filled
100% accurate

To create the <strong>ð</strong> sound the tip of the tongue is placed behind the top front teeth. The friction occurs between the tip of the tongue and the top front teeth. Subtle friction may also occur between the top of the front of the tongue and the tooth ridge.

/ɪ/
/ih/
play_circle_filled
100% accurate

To pronounce the <strong>ɪ</strong> sound the lips are relaxed and the central/front area of the tongue is in the central/high area of the mouth for this sound. The overall neutrality and relaxed tongue and lip position is why it is one of the pronunciations used in an unstressed vowel position.

/ŋ/
/ng/
play_circle_filled
100% accurate

To create the 'ng sound' <strong>ŋ</strong>, air is prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

/k/
/k/
play_circle_filled
71% accurate

To create the <strong>k</strong>, air is briefly prevented from leaving the vocal tract when the back of the tongue lifts and presses against the soft palate at the back of the mouth. The sound is aspirated when the air is released. The amount of aspiration used to produce a <strong>k</strong> is greater than that used for a <strong>g</strong>.

a

cancel 79% accurate

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sound you said
/ə/
/ax/
play_circle_filled
79% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

i

cancel 88% accurate

done
sound you said
/aɪ/
/ay/
play_circle_filled
88% accurate

To pronounce the <strong>aɪ</strong> at the beginning of the sound, the tongue is low and touches the bottom, side teeth. Then as the jaw closes slightly, the body of the tongue moves upward until it is near the tooth ridge, similar to the position of a 'y sound'. The front sides of the tongue touch the inside of the top, side teeth.

how

cancel 80% accurate

Request an AI speaking review to view the pronunciation training content
sound you said
/ə/
/h/
play_circle_filled
82% accurate

To create the 'ah sound' <strong>ə</strong> the body of the tongue is relaxed and set low in the mouth. The sides of the tongue lightly touch the bottom teeth during the formation of the sound. The jaw is kept in a neutral position, and the lips are relaxed. It is very similar to the 'other ah sound' <strong>ʌ</strong>.

/aʊ/
/aw/
play_circle_filled
56% accurate

Start with the jaw open and the body of the tongue in a low position in the mouth. The bottom teeth can be felt along the sides of the tongue. Then, as the jaw closes, the lips close into a small circle. The body of the tongue moves upward until the tongue is near the back of the hard palate.

to.

cancel 76% accurate

Request an AI speaking review to view the pronunciation training content
sound you said
/t/
/t/
play_circle_filled
66% accurate

To create the <strong>t</strong>, air is briefly prevented from leaving the vocal tract when the tip of the tongue presses against the tooth ridge while the sides of the tongue press against the upper side teeth. The sound is aspirated when the air is released. The aspiration for a <strong>t</strong> is greater than the aspiration for a /d/, especially when it is the first sound of a word or the first sound of a stressed syllable.

/u/
/uw/
play_circle_filled
85% accurate

To create the 'oo sound' <strong>u</strong>, the lips are pulled into a tense, small circle. In addition, the back of the tongue is raised to a high position and sides of the tongue may touch the top teeth at the back of the mouth.

  play_circle_filled

Pronunciation: 85%   Fluency: 89%   Grammar: 70%   Coherence: 85%   Vocab: 75%   Relevance: 90%  

 
grammar
Strengths

Sentences are mostly short and grammatically simple, which keeps the message easy to follow.

Subject-verb constructions often work correctly in statements like "Schools still prioritize memorizing content for tests."

Weaknesses

There is a subject-verb agreement issue in the line "AI and Google is so convenient to use now," where "AI and Google" should take a plural verb.

Some phrasing is grammatically awkward, for instance "could use a serious improvement" which is nonstandard, and the clause "and even know how to manage mental health" leaves the subject unclear and feels incomplete.

TOEFL Score: 5/5 help
The response fulfills the demands of the task, with at most minor lapses in completeness. It is highly intelligible and exhibits sustained, coherent discourse.

overall: 90
Demonstrates excellent fluency and coherence with occasional pauses. Uses a wide range of vocabulary and idioms with rare mistakes. Uses perfect colloquial grammar while speaking. Has very good pronunciation with very mild accent.

pronunciation: 89
Uses a wide range of pronunciation features. Sustains flexible use of features, with only occasional lapses. Is easy to understand throughout; First language accent has minimal impact on intelligibility.

grammar: 64
Uses a mix of simple and complex structures, but with limited flexibility. May make frequent mistakes with complex structures though these rarely cause comprehension problems.

vocabulary: 72
Has a wide enough vocabulary to discuss topics at length and make meaning clear in spite of inappropriacies. Generally paraphrases successfully.

coherence: 79
Speaks at length without noticeable effort or loss of coherence. Uses a range of connectives and discourse markers with some flexibility.

relevance: 90
This is AI based and cannot be relied on for 100% accuracy. The score is the average of all relevance scores from each question.

fluency: 92
Speaks fluently with only occasional repetition or self-correction; hesitation in speech is usually content-related and only rarely to search for vocabulary or grammatical constructs. Develops topics coherently and appropriately.

View Criteria Descriptions keyboard_arrow_down
Criteria Score Reports

Task Fulfillment   4/5

response directly addresses the interview question with clear and relevant ideas answer fulfills most or all parts of the prompt effectively listener can easily recognize how the response satisfies the task

Task fulfillment is about how well you respond to the question you are given. TOEFL raters are looking for a response that answers the question directly, with relevant ideas that are fully developed. Fulfilling the task means answering all parts of the question completely.

How to Improve

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...

Pronunciation & Intonation   4/5

response is clear and easy to understand, with only minor pronunciation issues intonation is natural in most cases, supporting listener engagement stress and rhythm are well controlled with rare lapses

Pronunciation and intonation is about how you form English sounds and how you use natural English intonation. Your pronunciation and intonation can damage your score if it is difficult for the raters to understand what you are saying.

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...

Flow & Speech   4/5

response has mostly natural rhythm in delivering interview answers speech is generally fluid, sustained, and easy to follow contains only minimal unnatural pausing or hesitation

Flow and speech is about how quickly you can speak and how much pausing and hesitation you use. You don't have to speak quickly, but just quickly enough to sound natural and explain all of your ideas. Raters want to hear natural rhythm and flow.

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Correct Grammar Usage   3/5

Meaning is generally clear in interview responses despite some errors with:noun phrases and clausesverbs (tenses, modals, and passives)adverbs and adjectives (including phrases and clauses)word orderarticles, pronouns, quantifiers, prepositionsgerunds, infinitivesmost conditionalssome reported speech

Correct grammar usage is about how you use English grammar and sentence structure. Raters want to see that you can use what you know correctly. Your grammar doesn't have to be perfect to score high, but mistakes shouldn't interfere with your meaning.

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...

Vocabulary Usage (Appropriacy and Range)   3/5

response uses a mix of basic and somewhat varied vocabulary word choice is generally appropriate but may lack precision or flexibility listener can follow the answer, though some wording feels limited or repetitive

Vocabulary usage is about how you use English words. Raters are looking for responses that use different words correctly and accurately, and that use a wide range of words that help listeners understand.

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...

Support & Development   4/5

response develops ideas with clear, specific support and relevant examples details are generally well chosen and effectively connected to the point listener can easily follow how the answer addresses the interview question

Support and development is about the content of your speaking response. Your content should be related directly to the topic, and you should have several main ideas that support your opinion or position. These ideas should be persuasive or compelling.

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Connections & Coherence   4/5

response is very coherent, with ideas logically ordered to address the interview prompt and any subparts in a purposeful sequenceuses a variety of clear transitions, an effective introduction, and a concise conclusion that create a strong sense of unity

Coherence and connections are about how you put your ideas together and link different sentences to each other. Raters want to see speaking that flows naturally from idea to idea without confusing the listener.

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MASTER TOEFL SPEAKING TASK 1
The TOEFL Independent Speaking Task will present you an issue and two opposite opinions towards the issue. You have to choose between the two options the prompt states out. You will have 15 seconds to prepare for an answer and 45 seconds to make your speech. The key to this question is to stay firmly on the side of the option you choose.
Prepare for all 5 question styles
TOEFL Independent Speaking Task 1 has 5 question styles:
  1. Agree or Disagree
  2. Preference
  3. If/Imaginary
  4. Description or Explanation
  5. Advantage and Disadvantage

If / Imaginary Questions
If you had a small amount of money, would you spend it right away or save it? Use details and examples to support your explanation.

Agree or Disagree Questions
Do you agree or disagree that students should bring a cellphone to school? Use details and examples to support your explanation.

Preference Questions
Do you prefer finding information by reading books or searching the Internet? Use details and examples to support your explanation.

Description or Explanation Questions
Should new university students all be required to read the same book in the summer before they start their first course of study? Explain your answer.

Advantage and Disadvantage Questions
Your university is planning to allow students to watch TV in their dormitories. What is your opinion and why? What are the advantages and disadvantages of watching TV in dormitories? Include reasons and examples to support your response.

You'll have 45 seconds to make your speech. The structure of the response can be the following:
1. Your main idea or your main opinion
2. The first main idea and supporting details and examples
3. The second supporting idea and supporting details and examples
4. Conclusion.

"Agree or Disagree" questions
The first question style is Agree or Disagree. These questions will give you a certain statement and ask whether you agree or disagree with it. You will also have to provide specific reasons and examples to support your position.

Here are a few examples:
  • Do you agree or disagree that students should bring their cellphones to school? Use details and examples to support your explanation.
  • Do you agree or disagree that a celebrity should set a good example for young people? Use details and examples to support your explanation.
  • Do you agree or disagree that a higher education means a better career? Use details and examples to support your explanation.
To answer these questions, you can use the following expressions to begin your response.

I agree/disagree that ...
I agree/disagree to the idea that ….
I agree/disagree with S + Verb-ing
Some people believe that …, but I disagree.

Here are a few examples of beginning responses:

I agree that students should bring their cellphones to school.
I agree to the idea that students should bring their cellphones to school.
I agree with students bringing their cellphones to school.
Some people believe that students should bring their cellphones to school, but I disagree.
"Preference" questions
The second question style is Preference. A preference question will give you a choice between two options and ask which option you prefer. You will need to provide specific reasons and examples to explain why you prefer that option.

Here are some examples of preference questions:
  • Do you prefer finding information by reading books or searching the Internet? Use details and examples to support your explanation.
  • Do you prefer to eat at home or restaurants? Use details and examples to support your explanation.
  • Would you prefer to have a higher-paying job with longer hours or a lower-paying job with shorter hours? Use details and examples to support your explanation.
  • Do you prefer to work in a team or work alone? Use details and examples to support your explanation.
To answer this question, you can use the following expressions to begin your response

I prefer to ___ (V + O).
To me, ____(X) is far preferable to ____(Y)
I prefer ____(X) to/over ____(Y)
I would rather ____(V + O) than ___ (V + O)


I prefer to find information by reading books.
To me, eating at restaurants is far preferable to eating at home.
I prefer having a higher-paying job with longer hours to having a lower-paying job with shorter hours.
I would rather work in a team than work alone.


Here in the third sentence, many students use "than" instead of "to" as in the following sentence Incorrect! I prefer having a higher-paying job with longer hours than having a lower-paying job with shorter hours.

That is wrong! Remember the pattern: "prefer X to Y" or "prefer X over Y".

correct! I prefer having a higher-paying job with longer hours to having a lower-paying job with shorter hours.
"If / Imaginary" questions
An "If / Imaginary" question will give you a hypothetical – an imagined situation and ask what you would do or what you would choose. Rather than choosing between two things or two opinions, you are typically not limited in your choice. That is, you can choose anything that fits the situation.

Here is an example:
  • If you had a small amount of money, would you spend it right away or save it? Use details and examples to support your explanation.
When you write your response to an "If / Imaginary Question", remember that you should use the Conditional Sentence Type 2 so you can start your response like the following:

If I had a small amount of money, I would choose to save it for a number of reasons.
"If / Imaginary" questions
A "Description or Explanation" question will ask you to describe a certain type of person – especially the good qualities of a person – or explain something in the world. You might have to choose something to explain or you might be given something specific to explain. Questions may also ask you to explain why something is beneficial, important, or significant or you might have to explain the reasons for or effects of something.

Here are some examples:
  • Should using cell phones be permitted while driving? Use details and examples to support your explanation.
  • Should new university students all be required to read the same book in summer before they start their first course of study? Explain your answer.
  • Do you think bicycles will still be widely used in the future or replaced by other means of transportation?
  • What is an important benefit that an employer can offer to make sure employees are happy and healthy? Explain your answer.
  • Should college students be required to take at least one class in Philosophy?
To answer this question, you need to first form your opinion on the topic. You can use the following expressions to form your opinion.

In my opinion, _____
I strongly/firmly believe that _____
In my view, _____
As far as I am concerned, _____
It is my belief that _____


In my opinion, not all university students should be required to read the same book before entering their first year of study.
I firmly believe that the use of cellphones should be prohibited while driving.
In my view, bicycles will become obsolete due to the emergence of other means of transportation.
As far as I am concerned, the most important benefit that an employer can offer to make sure employees are happy and healthy is a great health care package.
It is my belief that it should not be a requirement that all college students take at least one philosophy class.
"Advantage and Disadvantage" questions
The last style of question is "Advantage and Disadvantage". These questions ask you to give your opinion on a topic and specifically tell you to talk about the advantages and disadvantages of the topic. Look at the following example questions:
  • Should universities allow students to watch TV in their dormitories? What is your opinion and why? What are the advantages and disadvantages of watching TV in dormitories? Include reasons and examples to support your response.
  • Should young children spend a great amount of their time practicing sports? What is your opinion and why? Discuss the advantages and disadvantages of this. Use specific reasons and examples to support your answer.
So this style of question requires you to know various ways of talking about advantages and disadvantages. It is helpful to be familiar with all the different synonyms you can use for advantage and disadvantage.
  • Advantages and disadvantages
  • Upsides and downsides
  • Benefits and drawbacks
  • pros and cons
  • Positive aspects and negative aspects

For a sentence like this "Living in a small city has advantages and disadvantages" can be expressed as the following:
- Living in a small city has pros and cons.
- Living in a small city has upsides and downsides.
- Living in a small city has benefits and drawbacks.
- Living in a small city has positive and negative aspects.
Let's have a look at a template you can use for this style of question.

____ has an advantage and a disadvantage.
The advantage of ___ is ____. …..(add more details about the advantage)
On the other hand, there is a disadvantage to ____ (Verb-ing + o). …… (add more details about the disadvantage)
In conclusion,____ has pros and cons, but the advantage outweighs the disadvantage (or the disadvantage outweighs the advantage).
Therefore, I think ___ .
Should university allow students to watch TV in their dormitories? What is your opinion and why? What are the advantages and disadvantages of watching TV in dormitories? Include reasons and examples to support your response.
Allowing students to watch TV in their dormitories has an advantage and a disadvantage. The advantage of students watching TV in their dormitories is that the TV can help them escape from stress and relax. This will more or less help their grades and their lifestyles. On the other hand, there is a disadvantage to watching TV in dormitories for students. TV can be extremely distracting. Some students will have a hard time concentrating on their studies while watching TV. Other students might be affected by the noise of TV while studying. In conclusion, watching TV in dormitories has pros and cons, but the disadvantage outweighs the advantage. Therefore, I believe that schools should not allow students to watch TV in their dormitories.
Tips to get a high score
1. Read your response out loud clearly and be enthusiastic with your response.

2. You can paraphrase the prompt to give your first sentence.

3. Be specific about your supporting details and examples. The trick is to use sentence structure like "If I...., I..." or "When I ..., I ..." when providing supporting details and examples.
In TOEFL Independent Speaking 1 section, you will see the following two types of questions.
1. Some people like to A. Other people like to B. Which of these do you prefer? Why?
2. Do you agree or disagree with the following statement? .________________

When you answer the question, you should spend 5 ~ 10 seconds to state your preference or your opinion on the statement. Then, you should spend about 15 - 20 seconds to present your first reason and another 15 - 20 seconds to present your second reason. The use of conjunction is important while connecting different reasons. Finally, you should leave the last 5 seconds to summarize your opinion or your preference.

Below are some phrases that you can use to express your preference.
Phrases
Although some people ___, I prefer ___ because ___
Although there are many good reasons why ___, I prefer ___ because ___
Although there are many good reasons why ___, I favor ___ because ___
Although there are many good reasons why ___, my preference is___ because ___
Although a good judgement can be made for ___, my preference is ___ because ___

Below are some phrases that you can use to express your opinions.
Support the opinionOppose the opinion
I believe (that) ..I don't believe (that) ..
I think (that) ..I don't think (that) ..
In my opinion, students should be permitted to..In my opinion, students should not be permitted to..
I agree with the statement that..I disagree with the statement that..
It is my belief that students should be allowed to..It is my belief that students should not be allowed to...
It is my view that students should be required to..It is my belief that students should not be required to...

For a question like "Do you agree or disagree with that music classes are not necessary?", you can use the following phrases to express your opinion.
PhrasesExample sentence
In my opinion, there is no need to ..In my opinion, there is no need for students to wear uniforms
In my opinion, it is necessary for .. that..In my opinion, it is necessary for schools to provide club activities
In my opinion, it is unnecessary for .. that..In my opinion, it is unnecessary for students to do household tasks
In my opinion, it is essential that ..In my opinion, it is essential that students are exposed to the music
In my opinion, it is vitally important that ..In my opinion, it is vitally important that people use cellphones during school hours
In my opinion, it is critical that ..In my opinion, it is critical that primary school teachers have good communication skills..
In my opinion, it is crucial that ..In my opinion, it is crucial that students focus on a particular field of study..

While rating your responses on the Speaking questions, ETS test scorers evaluate how well you develop your topic and deliver your message. To get a high score (26-30) on the Speaking Section, you should know how to use conjunctions to connect sentences and create complex relationships between ideas.
ADDITION CONTRAST CAUSE EFFECT EXAMPLE SUMMARY TIME SEQUENCE
And

Also

Moreover

Furthermore

In addition

Additionally

Besides

But

However

Although

Even though

Though

Despite that

In spite of

Despite of

Nevertheless

Nonetheless

In contrast

On the contrary

Conversely

On the other hand

Whereas

While

As opposed to

Contray to

Because

For

Since

Now that

So

Consequently

As a result

Therefore

Hence

Thus

For example

For instance

To illustrate

As an illustration

In conclusion

To sum up

To conclude

For these reasons

in conclusion

in short

to summarize

on the whole

in simpler terms

First of all

Firstly

Secondly

Last but not least

schedule00:15

In this question of the TOEFL Speaking Task 1, you'll speak about a familiar topic. Your response will be scored on your ability to speak clearly and coherently about the topics. You'll have 15 seconds to prepare your answer and 45 seconds to speak.

We recommend you practice taking notes with a pen and paper like you will during your TOEFL exam.

Create an account to save your progress

If you had a small amount of money, would you spend it right away or save it?
If you had a small amount of money, would you spend it right away or save it?
You have 15 seconds to prepare your answer.
If you had a small amount of money, would you spend it right away or save it?

You have 45 seconds to record your answer. Click the record button to begin.

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Question: If you had a small amount of money, would you spend it right away or save it?


You have 30 seconds to prepare you answer


00:30

Question: If you had a small amount of money, would you spend it right away or save it?


You have 60 seconds to speak

Step 2: Prepare your answer

Question: If you had a small amount of money, would you spend it right away or save it?


You have 15 seconds to prepare you answer


00:15
Step 3: Record your answer

Question: If you had a small amount of money, would you spend it right away or save it?


Recorder will be available after subscribing.

Sign Up For Free For More Content

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schedule00:15

In this question of the TOEFL Speaking Task 1, you'll speak about a familiar topic. Your response will be scored on your ability to speak clearly and coherently about the topics. You'll have 15 seconds to prepare your answer and 45 seconds to speak.

We recommend you practice taking notes with a pen and paper like you will during your TOEFL exam.

Create an account to save your progress

In your opinion, what kind of behavior do people do in public that you find most inconsiderate?
In your opinion, what kind of behavior do people do in public that you find most inconsiderate?
You have 15 seconds to prepare your answer.
In your opinion, what kind of behavior do people do in public that you find most inconsiderate?

You have 45 seconds to record your answer. Click the record button to begin.

Recorder will be available after subscribing.
Sign Up For Free For More Content

Text-to-speech only works on TEST MODE with Google Chrome Browsers.

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Score
Submit Score


Question: In your opinion, what kind of behavior do people do in public that you find most inconsiderate?


You have 30 seconds to prepare you answer


00:30

Question: In your opinion, what kind of behavior do people do in public that you find most inconsiderate?


You have 60 seconds to speak

Step 2: Prepare your answer

Question: In your opinion, what kind of behavior do people do in public that you find most inconsiderate?


You have 15 seconds to prepare you answer


00:15
Step 3: Record your answer

Question: In your opinion, what kind of behavior do people do in public that you find most inconsiderate?


Recorder will be available after subscribing.

Sign Up For Free For More Content

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Keywords In The Practice
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