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PTE Describe Image Practice

Describe Image shows you an image, most likely a graph, table or pie chart. You get 25 seconds to study it and 40 seconds to speak. Content is scored first, and memorised answers can score 0. This page has 24 of our 147 original practice images (the rest are on the chart-type pages below) with model answers and a key-point checklist. Record yourself, then get a practice estimate from the optional transcript or tick the key points you covered.

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Question 1 of 24

Image 1: Library visits at Northgate University (thousands)

How should we check your answer?

All chart data is fictional. Your recording never leaves your browser. The result is a practice estimate, either from an optional transcript (on-device in most recent browsers, or the browser's own in Chrome and Edge) or from the key points you tick yourself. It is not a Pearson score.

What is the PTE Describe Image task?

Describe Image is a Speaking question in PTE Academic. The image is usually a graph, table or pie chart, and you describe it aloud. Pearson gives you 25 seconds to study the image and 40 seconds to speak. Your answer is scored on content, pronunciation and oral fluency.

PartTimeWhat to do
Study the image25 secondsFind the title, the highest and lowest values, and the main trend
Speak40 secondsDescribe the image; Pearson advises speaking for 30–40 seconds

How PTE Describe Image is scored

Pearson's Score Guide says content is scored first. A response with no content, an irrelevant response, or a response built on pre-prepared material gets a content score of 0, and no other trait is scored after that. Content is also reviewed by human experts, so a vague answer can lose marks even when it sounds fluent.

  • Top content band: the response describes the image fully and accurately, and explains how its features relate to each other.
  • Middle band: the main features are described accurately, but some relationships are only identified, not explained.
  • Low band: the response is a list of labels, or describes only a few elements with inaccuracies.

How this task is scored (practice estimate)

After each recording you can get a practice estimate. It is labelled as an estimate, and it is not a Pearson score. You choose how it is made before you start:

Option 1: transcript on (automatic)

  • Content (key points): every chart has a fixed list of key points, each with a few keywords. A key point counts as covered when one of its keywords appears in your transcript.
  • Fluency (rough estimate): your pace in words per minute, counted from when the recording opened to when you pressed Stop, plus hesitation and repeated words. The comfortable range is our own rule of thumb. Long pauses (over 1.5 seconds) are counted only with the on-device transcript, which supplies word timings; with the browser transcript only pace is estimated.
  • Headline percentage: the share of key points covered, lowered a little by the fluency estimate. Full coverage with the weakest fluency estimate still shows 70 percent.

Option 2: transcript off (self-checked)

  • You listen to your recording and tick the key points you covered. The result is labelled a self-checked estimate, uses your own judgement, and has no fluency part because no pace is known.

What is NOT measured

  • Pronunciation is never measured. A transcript cannot judge sounds, stress or accent.
  • Keywords cannot tell whether your description is accurate, well organised or relevant, which is what the human review of content looks at in the real test. A good idea in different words can be missed, and a keyword in the wrong place can be counted.
  • Speech recognition can mishear words, and the on-device model can quietly tidy up slips, so the estimate can run generous. The on-device transcript works in most recent browsers and the browser transcript in Chrome and Edge only. If neither works, the page says so and you use the tick option.

Results are saved only in this browser. See them on the progress page.

How to structure your answer (without a memorised script)

Pearson suggests organising your answer into four parts: an introduction, the main points, other details, and a conclusion. Use the structure, but fill every part with what is on your screen. Here is how the structure works on Image 1 in the practice set below, a bar chart of library visits:

  1. Introduction: “This bar chart shows library visits at Northgate University from 2021 to 2025, in thousands.”
  2. Main points: “Visits were lowest in 2021 at 42,000 and highest in 2025 at 70,000.”
  3. Other details: “There was a small dip in 2024, to 58,000, after 61,000 visits in 2023.”
  4. Conclusion: “Overall, library use grew considerably over the period.”

Most sentences name a figure from the chart. A sentence that could describe any chart adds little to the content score.

Do: use the 25 seconds to plan, name the chart type, quote exact numbers (Pearson prefers specific figures to rough ones), compare the highest and lowest values, and mention one change over time.

Don't:start with a memorised opening, add opinions, guess at numbers you did not see, or describe the labels one by one. Pearson's Test Tips warn that memorised responses can score 0 for content.

Useful language for describing charts

  • Trends: rose steadily, increased sharply, peaked at, levelled off, dipped slightly, declined gradually
  • Comparisons: by far the largest, twice as many as, slightly lower than, the gap widened, the gap narrowed
  • Proportions: almost half, just over a quarter, the smallest share, accounted for
  • Relationships: linked to, outpaced, overtook, moved in the same direction as

Practise by chart type

Pearson says the image will most likely be a graph, table or pie chart, but practising other formats builds flexibility. Work through the type that matches your weakest area:

PTE Describe Image sample answers: 24 original practice images

Open each model answer after you have recorded your own response. The model answers are written for practice and are not official Pearson responses. Use them to check that you covered each key point.

Image 1: Library visits at Northgate University (thousands)

Bar chart: Library visits at Northgate University (thousands). Visits: 2021 42, 2022 55, 2023 61, 2024 58, 2025 70 (Visits (000s)).Library visits at Northgate University (thousands)01428425670Visits (000s)20212022202320242025
Model answer

This bar chart shows the number of library visits at Northgate University between 2021 and 2025, in thousands. In 2021, visits were at their lowest, at forty-two thousand. They rose steadily to fifty-five thousand in 2022 and sixty-one thousand in 2023, before dipping slightly to fifty-eight thousand in 2024. The highest figure came in 2025, at seventy thousand visits. Overall, library use increased considerably over the period, despite the small decline in 2024.

Image 2: Average monthly temperature in Riverton (°C)

Line graph: Average monthly temperature in Riverton (°C). 2015: Jan 4, Mar 8, May 15, Jul 22, Sep 17, Nov 7; 2025: Jan 6, Mar 10, May 18, Jul 26, Sep 19, Nov 9 (Temperature (°C)).Average monthly temperature in Riverton (°C)0612182430Temperature (°C)JanMarMayJulSepNov20152025
Model answer

The line graph compares average monthly temperatures in Riverton in 2015 and 2025. Both years follow the same seasonal pattern: temperatures are lowest in January, rise through spring, peak in July and fall again towards November. However, 2025 was warmer in every month shown. In January it averaged six degrees compared with four, and the largest difference appears in July, when 2025 reached twenty-six degrees, four degrees higher than in 2015. Overall, 2025 was consistently warmer than 2015.

Image 3: How students travel to Lakeside College

Pie chart: How students travel to Lakeside College. Bus 38%, Bicycle 22%, Car 18%, Walking 15%, Train 7%.How students travel to Lakeside CollegeBus: 38%Bicycle: 22%Car: 18%Walking: 15%Train: 7%
Model answer

This pie chart illustrates how students travel to Lakeside College. The most popular option by far is the bus, used by thirty-eight percent of students. Cycling comes second at twenty-two percent, followed by car at eighteen percent and walking at fifteen percent. The train is the least common choice, accounting for only seven percent. Taken together, bus and bicycle account for sixty percent of journeys, making them the two dominant choices.

Image 4: How paper is recycled

Process diagram: How paper is recycled. Step 1: Collection; Step 2: Sorting; Step 3: Pulping; Step 4: Cleaning & de-inking; Step 5: Rolling & drying; Step 6: New paper products.How paper is recycledSTEP 1CollectionSTEP 2SortingSTEP 3PulpingSTEP 4Cleaning & de-inkingSTEP 5Rolling & dryingSTEP 6New paper products
Model answer

The diagram shows the six stages of paper recycling. The process begins with collection, followed by sorting. Next comes pulping, and after that the pulp goes through cleaning and de-inking. The fifth stage is rolling and drying, and the final stage produces new paper products. Overall, the process moves from collected waste paper to finished new products.

Image 5: Weekly study hours by year of study (Eastfield University)

Bar chart: Weekly study hours by year of study (Eastfield University). Lectures: Year 1 14, Year 2 12, Year 3 10, Year 4 6; Independent study: Year 1 10, Year 2 14, Year 3 18, Year 4 24 (Hours per week).Weekly study hours by year of study (Eastfield University)0612182430Hours per weekYear 1Year 2Year 3Year 4LecturesIndependent study
Model answer

The bar chart compares weekly hours spent in lectures and on independent study across four years at Eastfield University. In Year 1, students spend fourteen hours in lectures and ten on independent study. From Year 2 onwards the pattern reverses: lecture time falls steadily to just six hours in Year 4, while independent study rises sharply to twenty-four hours. Independent study overtakes lectures in Year 2, at fourteen hours against twelve. Overall, the balance shifts from lectures to independent study as the years go on.

Image 6: Smartphone ownership in Hillcrest by age group (%)

Line graph: Smartphone ownership in Hillcrest by age group (%). Under 30: 2010 35, 2013 62, 2016 81, 2019 90, 2022 94, 2025 96; Over 60: 2010 5, 2013 12, 2016 24, 2019 41, 2022 58, 2025 70 (Ownership (%)).Smartphone ownership in Hillcrest by age group (%)020406080100Ownership (%)201020132016201920222025Under 30Over 60
Model answer

The line graph shows smartphone ownership in Hillcrest among people under thirty and over sixty from 2010 to 2025. Ownership among the under-thirties rose rapidly from thirty-five percent in 2010 to ninety percent in 2019, then levelled off, reaching ninety-six percent in 2025. Older people started much lower, at only five percent, but their ownership grew steadily throughout the period, reaching seventy percent in 2025. The gap between the two groups widened from thirty points in 2010 to fifty-seven points in 2016, before narrowing to twenty-six points in 2025.

Image 7: Monthly budget of a typical student in Maple City

Pie chart: Monthly budget of a typical student in Maple City. Rent 45%, Food 20%, Transport 10%, Study materials 8%, Leisure 17%.Monthly budget of a typical student in Maple CityRent: 45%Food: 20%Transport: 10%Study materials: 8%Leisure: 17%
Model answer

The pie chart breaks down the monthly budget of a typical student in Maple City. Rent is by far the largest expense, taking up forty-five percent, almost half of the total. Food is the second biggest cost at twenty percent, followed by leisure at seventeen percent. Transport accounts for ten percent, while study materials make up the smallest share at just eight percent. Overall, rent takes the biggest share of the budget and study materials the smallest.

Image 8: Applying for a student visa (example process)

Process diagram: Applying for a student visa (example process). Step 1: Receive offer letter; Step 2: Pay deposit; Step 3: Get confirmation; Step 4: Submit visa form; Step 5: Biometrics; Step 6: Visa decision.Applying for a student visa (example process)STEP 1Receive offer letterSTEP 2Pay depositSTEP 3Get confirmationSTEP 4Submit visa formSTEP 5BiometricsSTEP 6Visa decision
Model answer

This flowchart outlines six stages in an example student visa application. First, the student receives an offer letter. They then pay a deposit and get confirmation. Next, they submit the visa form, followed by the biometrics stage. The final stage is the visa decision. Overall, the process runs from the offer letter to the visa decision.

Image 9: Kelp canopy cover at five reef sites (% of seabed)

Bar chart: Kelp canopy cover at five reef sites (% of seabed). Canopy cover: Site A 62, Site B 48, Site C 35, Site D 71, Site E 19 (Seabed covered (%)).Kelp canopy cover at five reef sites (% of seabed)01632486480Seabed covered (%)Site ASite BSite CSite DSite E
Model answer

This bar graph shows the percentage of seabed covered by kelp canopy at five reef sites. Site D has the densest cover at 71 per cent, followed by Site A with 62 per cent. Site E is the lowest at only 19 per cent, which is 52 points below Site D. Sites B and C fall in between at 48 and 35 per cent. Overall, kelp cover varies widely between reefs, so local conditions clearly matter.

Image 10: Snow depth at a mountain village and its summit (cm)

Line graph: Snow depth at a mountain village and its summit (cm). Village: Jan 55, Mar 48, May 12, Jul 0, Sep 0, Nov 20; Summit: Jan 140, Mar 130, May 90, Jul 15, Sep 25, Nov 85 (Snow depth (cm)).Snow depth at a mountain village and its summit (cm)04080120160200Snow depth (cm)JanMarMayJulSepNovVillageSummit
Model answer

This line graph compares snow depth at a village and at the summit above it over six months of the year, in centimetres. The summit always had deeper snow. Both locations peaked in January, at 140 centimetres on the summit and 55 in the village, and both were lowest in July, when the village had none and the summit just 15. The gap was widest in January, at 85 centimetres, and narrowest in July. Overall, snow follows a seasonal cycle, with the summit holding snow far longer.

Image 11: Land use on Greenmead farm

Pie chart: Land use on Greenmead farm. Cereals 42%, Pasture 28%, Vegetables 12%, Orchards 9%, Woodland 9%.Land use on Greenmead farmCereals: 42%Pasture: 28%Vegetables: 12%Orchards: 9%Woodland: 9%
Model answer

This pie chart shows how land is used on Greenmead farm. Cereals take the largest share, at 42 per cent, followed by pasture at 28 per cent, so together they cover 70 per cent of the farm. Vegetables account for 12 per cent. Orchards and woodland are the smallest uses, each making up 9 per cent. Overall, the farm is dominated by cereal growing and grazing, with a small area given to other uses.

Image 12: Weather summary for four towns, 2025

Table: Weather summary for four towns, 2025. Columns: Rain (mm), Sunny days, Frost days. Aldbury: Rain (mm) 640, Sunny days 180, Frost days 35; Brightmoor: Rain (mm) 1120, Sunny days 120, Frost days 62; Castlebay: Rain (mm) 890, Sunny days 150, Frost days 12; Dunholt: Rain (mm) 520, Sunny days 210, Frost days 28 (as shown in each column heading).Weather summary for four towns, 2025Rain (mm)Sunny daysFrost daysAldbury64018035Brightmoor112012062Castlebay89015012Dunholt52021028Figures: as shown in each column heading
Model answer

This table summarises the weather in four towns in 2025. Brightmoor was the wettest town, with 1,120 millimetres of rain, and it also had the fewest sunny days, at 120, and the most frost days, at 62. In contrast, Dunholt was the driest, with 520 millimetres, and the sunniest, with 210 sunny days. Castlebay had by far the fewest frost days, only 12. Overall, Brightmoor is wet and frosty, whereas Dunholt is dry and sunny.

Image 13: How wheat becomes flour

Process diagram: How wheat becomes flour. Step 1: Harvest wheat with combine; Step 2: Dry and store the grain; Step 3: Clean out stones and dust; Step 4: Condition with water; Step 5: Grind between rollers; Step 6: Sift and pack the flour.How wheat becomes flourSTEP 1Harvest wheat withcombineSTEP 2Dry and store thegrainSTEP 3Clean out stones anddustSTEP 4Condition with waterSTEP 5Grind between rollersSTEP 6Sift and pack theflour
Model answer

This diagram shows six stages in turning wheat into flour. First, the wheat is harvested with a combine harvester. The grain is then dried and stored, and after that it is cleaned to remove stones and dust. In the fourth stage, water is added to condition the grain. Next, it is ground between rollers, and finally the flour is sifted and packed. Overall, the process moves from the harvested crop to packaged flour.

Image 14: An archaeological site before and after opening to visitors

Map: An archaeological site before and after opening to visitors. Before: Field, Farm, Track, River. After: Visitor hall, Car park, Excavation, Farm, Track, River.An archaeological site before and after opening to visitorsBeforeFieldFarmTrackRiverAfterVisitor hallCar parkExcavationFarmTrackRiver
Model answer

These maps show an archaeological site before and after it was opened to visitors. The farm, the track and the river are in the same places on both maps. The main change is the large field, which has been replaced by a visitor hall in the top left, an excavation area in the middle and a car park below the hall. Overall, the site has changed from open farmland to a managed attraction, while its surroundings remain the same.

Image 15: Average commute time by district (minutes)

Bar chart: Average commute time by district (minutes). 2015: Centre 24, Harbour 31, Hillside 38, Parkside 27, Mill Lane 45; 2025: Centre 21, Harbour 35, Hillside 42, Parkside 27, Mill Lane 39 (Minutes).Average commute time by district (minutes)01020304050MinutesCentreHarbourHillsideParksideMill Lane20152025
Model answer

This bar graph compares average commute times in five districts of a city in 2015 and 2025, in minutes. Mill Lane had the longest commute in both years, although it fell from 45 to 39 minutes. Centre also improved, from 24 to 21, making it the quickest. In contrast, Harbour and Hillside became slower, rising by 4 minutes each, while Parkside stayed at 27. Overall, the changes were small and mixed.

Image 16: Average reaction time by hours awake (ms)

Line graph: Average reaction time by hours awake (ms). Full night's sleep: 2h 240, 6h 245, 10h 255, 14h 270, 18h 290, 22h 320; Four hours' sleep: 2h 260, 6h 285, 10h 320, 14h 365, 18h 410, 22h 470 (Reaction time (ms)).Average reaction time by hours awake (ms)0100200300400500Reaction time (ms)2h6h10h14h18h22hFull night's sleepFour hours' sleep
Model answer

This line graph compares average reaction times, in milliseconds, of volunteers who slept fully and those who slept for four hours, measured up to 22 hours after waking. Both lines rise as the day goes on, meaning people react more slowly. The rested group went from 240 to 320 milliseconds, an increase of 80. The sleep-restricted group started higher at 260 and climbed much faster, reaching 470, a rise of 210. The gap therefore widened from 20 to 150 milliseconds. Overall, short sleep is linked with slower reactions, especially late in the day.

Image 17: How a school district spends its budget

Pie chart: How a school district spends its budget. Teacher salaries 58%, Buildings 14%, Support staff 12%, Learning resources 9%, Administration 7%.How a school district spends its budgetTeacher salaries: 58%Buildings: 14%Support staff: 12%Learning resources: 9%Administration: 7%
Model answer

This pie chart shows how a school district spends its budget. Teacher salaries make up the largest share, at 58 per cent, which is more than half. Buildings come second at 14 per cent, followed by support staff at 12 per cent, and salaries and support staff together account for 70 per cent. Learning resources take 9 per cent. Administration is the smallest share, at only 7 per cent. Overall, most of the money goes on people rather than premises or materials.

Image 18: Freight corridors compared

Table: Freight corridors compared. Columns: Distance (km), Time (hours), Cost per tonne ($). Northern: Distance (km) 420, Time (hours) 6, Cost per tonne ($) 38; Eastern: Distance (km) 310, Time (hours) 5, Cost per tonne ($) 29; Southern: Distance (km) 680, Time (hours) 11, Cost per tonne ($) 52; Western: Distance (km) 250, Time (hours) 3, Cost per tonne ($) 24 (kilometres, hours and dollars).Freight corridors comparedDistance (km)Time (hours)Cost per tonne ($)Northern420638Eastern310529Southern6801152Western250324Figures: kilometres, hours and dollars
Model answer

This table compares four freight corridors by distance, journey time and cost per tonne. The Southern corridor is the longest, at 680 kilometres, and it also takes the most time, at 11 hours, and costs the most, at 52 dollars per tonne. The Western corridor is the shortest, at 250 kilometres, taking only 3 hours and costing 24 dollars. The Northern and Eastern corridors fall in between. Overall, longer corridors take more time and cost more, with the ranking identical on all three measures.

Image 19: How rain forms

Process diagram: How rain forms. Step 1: Sun heats the sea; Step 2: Water vapour rises; Step 3: Vapour cools and condenses; Step 4: Clouds form; Step 5: Droplets grow heavy; Step 6: Rain falls.How rain formsSTEP 1Sun heats the seaSTEP 2Water vapour risesSTEP 3Vapour cools andcondensesSTEP 4Clouds formSTEP 5Droplets grow heavySTEP 6Rain falls
Model answer

This diagram shows how rain forms in six stages. First, the sun heats the sea, and water vapour rises. As it climbs, the vapour cools and condenses into tiny droplets, and these gather to form clouds. The droplets then grow heavy, and finally rain falls to the ground. Overall, the process is a cycle powered by heat from the sun.

Image 20: A canal-side area before and after redevelopment

Map: A canal-side area before and after redevelopment. Before: Warehouse, Yard, Canal, Towpath, Garages. After: Apartments, Square, Canal, Towpath, Cafe, Garden.A canal-side area before and after redevelopmentBeforeWarehouseYardCanalTowpathGaragesAfterApartmentsSquareCanalTowpathCafeGarden
Model answer

These maps show a canal-side area before and after redevelopment. The canal and the towpath have not changed. On the north side, the warehouse has been converted into apartments and the yard has become a public square. On the south side, the garages have been demolished and replaced with a café and a small garden. Overall, an industrial area has been turned into a mixed residential and leisure district.

Image 21: Small businesses accepting card payments only (%)

Bar chart: Small businesses accepting card payments only (%). 2020: Cafes 18, Grocers 12, Salons 22, Repairs 9, Markets 5; 2025: Cafes 64, Grocers 41, Salons 58, Repairs 27, Markets 19 (Businesses (%)).Small businesses accepting card payments only (%)01428425670Businesses (%)CafesGrocersSalonsRepairsMarkets20202025
Model answer

This bar graph shows the share of small businesses in five sectors that accept card payments only, in 2020 and 2025. Every sector increased. Cafes saw the biggest rise, from 18 to 64 per cent, an increase of 46 points, and ended highest. Salons followed at 58 per cent. Markets remained the lowest, at just 19 per cent in 2025, up from 5. Overall, card-only trading is spreading, although unevenly.

Image 22: Hours of darkness per night at two observing sites

Line graph: Hours of darkness per night at two observing sites. North site: Mar 12, Jun 7, Sep 12, Dec 17; South site: Mar 12, Jun 17, Sep 12, Dec 7 (Hours of darkness).Hours of darkness per night at two observing sites048121620Hours of darknessMarJunSepDecNorth siteSouth site
Model answer

This line graph compares the hours of darkness per night at two observing sites in four months. The lines mirror each other. In March and September both sites have 12 hours, so the lines meet. In June the north site has only 7 hours of darkness, its lowest, while the south site has 17, its highest. In December the pattern reverses. Overall, the seasons are opposite at the two sites, which is why the largest gap is 10 hours.

Image 23: Main material in new buildings completed in Orchard City

Pie chart: Main material in new buildings completed in Orchard City. Concrete 38%, Timber 24%, Steel 20%, Brick 12%, Other 6%.Main material in new buildings completed in Orchard CityConcrete: 38%Timber: 24%Steel: 20%Brick: 12%Other: 6%
Model answer

This pie chart shows the main material used in new buildings completed in Orchard City. Concrete is the most common, at 38 per cent, followed by timber at 24 per cent and steel at 20 per cent. Concrete and steel together account for 58 per cent. Brick makes up 12 per cent, half the share of timber, and other materials are the smallest group at 6 per cent. Overall, concrete dominates, but timber is clearly more popular than steel or brick.

Image 24: Sleep patterns by age group in a sample survey

Table: Sleep patterns by age group in a sample survey. Columns: Sleep (hours), Minutes to fall asleep, Night wakings. Teenagers: Sleep (hours) 8.6, Minutes to fall asleep 18, Night wakings 1; Young adults: Sleep (hours) 7.8, Minutes to fall asleep 15, Night wakings 1; Middle-aged adults: Sleep (hours) 7.1, Minutes to fall asleep 19, Night wakings 2; Older adults: Sleep (hours) 6.5, Minutes to fall asleep 26, Night wakings 3 (as shown in each column heading).Sleep patterns by age group in a sample surveySleep (hours)Minutes to fall asleepNight wakingsTeenagers8.6181Young adults7.8151Middle-aged adults7.1192Older adults6.5263Figures: as shown in each column heading
Model answer

This table presents the results of a sample sleep survey across four age groups. Teenagers sleep the longest, at 8.6 hours on average, while older adults sleep the least, at 6.5 hours. Older adults also take the longest to fall asleep, at 26 minutes, and wake the most often, three times a night. Young adults fall asleep fastest, in 15 minutes. Overall, sleep becomes shorter and more broken with age, though middle-aged adults take slightly longer than young adults to fall asleep.

Official sources

Checked 9 October 2026. Score bands are summarised, not copied word for word.

Frequently asked questions

How long do I get for PTE Describe Image?

You get 25 seconds to study the image, then 40 seconds to speak after the tone. Pearson advises speaking for 30–40 seconds, since a shorter answer rarely covers the key features.

How is Describe Image scored?

Content is scored first. If the content score is 0, nothing else is scored and the task scores 0. Content is reviewed by human experts as well as AI. Pronunciation and oral fluency are scored after content, and only when content is above 0.

Does this page score my Describe Image answer?

It gives a practice estimate, not an official score. With the optional transcript on, the page looks for each key point of the chart in the transcript and estimates your pace (and long pauses too, with the on-device transcript). With it off, you tick the key points you covered and the result is labelled self-checked. Keyword matching cannot judge accuracy, structure or relevance the way the human reviewers do in the real test, and pronunciation is never measured.

Can I use a memorised template for Describe Image?

Pearson's guidance says no. Pre-memorised or templated sentences are treated as irrelevant to the image, so the content score can drop to 0. Use a structure instead (introduction, key features, other details, conclusion), and write every sentence about the image in front of you.

Describe Image mein kya bolna hai? What should I say?

Name the chart type and its title, state the highest and lowest values with their numbers, describe one trend or comparison, then finish with a one-sentence conclusion. Use the exact figures from the image and do not add your own opinion.

Which image types appear in Describe Image?

Pearson's test tips say the image will most likely be a graph, a table or a pie chart. Our practice set includes bar charts, line graphs, pie charts, tables, process diagrams and maps so you can cover the common formats.

Are these the real exam images?

No. Every chart on this page is original and all the data is fictional, made up for practice. The model answers are our own wording, not Pearson's.

Keep practising