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Australian Curriculum v9.0 · Year 3

Year 3 practice, mapped to the Australian Curriculum.

What Ponder’s built-in practice covers in Year 3, set by set, with the content descriptions each set is tagged with.

What does Year 3 practice cover in Ponder?

In Year 3, Ponder has 25 practice sets: 10 in maths (adding and subtracting to 1000; metric units, time and right angles; times tables and unit fractions; and more), 6 in English (setting, mood and sound words; apostrophes, verbs and tense; reading for meaning and spelling patterns; and more) and 4 in science (heat, soils and life cycles; fair tests and measuring temperature; states of matter; and more), plus HASS, wellbeing and study skills. Sets are tagged with Australian Curriculum v9.0 content descriptions, and every question has hints that guide rather than give the answer.

Free check: see what is going well in Year 3 maths or English, and what to practise next →

Mathematics 10 sets

  • Adding and subtracting to 1000

    Year 3 · 6 questions

    Regroup, estimate, check with the inverse and use mental strategies.

    For parents: By the end of Year 3, your child should be able to add and subtract two- and three-digit numbers, estimate to check an answer makes sense, and use subtraction to check addition.

    • AC9M3N03add and subtract two- and three-digit numbers using place value to partition, rearrange and regroup numbers to assist in calculations without a calculator
    • AC9M3N05estimate the quantity of objects in collections and make estimates when solving problems to determine the reasonableness of calculations
    • AC9M3A01recognise and explain the connection between addition and subtraction as inverse operations, apply to partition numbers and find unknown values in number sentences
    • AC9M3A02extend and apply knowledge of addition and subtraction facts to 20 to develop efficient mental strategies for computation with larger numbers without a calculator
    Sample question and its hints

    A school collected 256 cans on Monday and 178 cans on Tuesday. How many cans altogether?

    1. We need the total of the two days of cans.
    2. Add the hundreds, tens and ones separately, then put them together.
    3. 145 + 267: 100 + 200 = 300, 40 + 60 = 100, 5 + 7 = 12. That is 412. Now try yours.
  • Metric units, time and right angles

    Year 3 · 6 questions

    Pick metric units, read a jug, compare minutes and seconds, and spot right angles.

    For parents: By the end of Year 3, your child should be able to choose sensible metric units, read simple scales, compare units of time, and spot right angles.

    • AC9M3M01identify which metric units are used to measure everyday items; use measurements of familiar items and known units to make estimates
    • AC9M3M02measure and compare objects using familiar metric units of length, mass and capacity, and instruments with labelled markings
    • AC9M3M03recognise and use the relationship between formal units of time including days, hours, minutes and seconds to estimate and compare the duration of events
    • AC9M3M05identify angles as measures of turn and compare angles with right angles in everyday situations
    Sample question and its hints

    Which unit would you use to measure the length of a footy oval?

    Choices: Centimetres · Metres · Kilograms · Litres

    1. We are measuring a length, and it is very long.
    2. Think which length unit would give a sensible number, not a huge one.
    3. A pencil is best measured in centimetres, because it is small. Now try yours.
  • Times tables and unit fractions

    Year 3 · 6 questions

    Use facts for threes, fours, fives and tens, and name unit fractions.

    For parents: By the end of Year 3, your child should be able to use the multiplication facts for 3, 4, 5 and 10, and name unit fractions such as a third or a quarter.

    • AC9M3A03recall and demonstrate proficiency with multiplication facts for
    • AC9M3N04multiply and divide one- and two-digit numbers, representing problems using number sentences, diagrams and arrays, and using a variety of calculation strategies
    • AC9M3N02recognise and represent unit fractions including
    Sample question and its hints

    What is 3 × 7?

    1. Times means groups of: 3 groups of 7.
    2. Count by threes seven times, or add 7 + 7 + 7.
    3. 3 × 6: count 3, 6, 9, 12, 15, 18. Now try yours.
  • Frequency tables and chance

    Year 3 · 6 questions

    Read a frequency table and describe chance as likely, unlikely, certain or impossible.

    For parents: By the end of Year 3, your child should be able to read a frequency table and describe how likely everyday events are, from impossible to certain.

    • AC9M3ST01acquire data for categorical and discrete numerical variables to address a question of interest or purpose by observing, collecting and accessing data sets; record the data using appropriate methods including frequency tables and spreadsheets
    • AC9M3ST02create and compare different graphical representations of data sets including using software where appropriate; interpret the data in terms of the context
    • AC9M3P01identify practical activities and everyday events involving chance; describe possible outcomes and events as ‘likely’ or ‘unlikely’ and identify some events as ‘certain’ or ‘impossible’ explaining reasoning
    • AC9M3P02conduct repeated chance experiments; identify and describe possible outcomes, record the results, recognise and discuss the variation
    Sample question and its hints

    How many students answered the survey?

    1. Each number is how many students chose that sport.
    2. Add all four numbers. Look for pairs that are easy to add.
    3. 8 + 5 + 2 + 5: 8 + 2 = 10 and 5 + 5 = 10, so 20. Now try yours.
  • Objects and maps

    Year 3 · 6 questions

    Count faces, match objects to their uses and find your way on a school map.

    For parents: By the end of Year 3, your child should be able to describe the features of 3D objects, and use a simple map to find landmarks and follow a path.

    • AC9M3SP01make, compare and classify objects, identifying key features and explaining why these features make them suited to their uses
    • AC9M3SP02interpret and create two-dimensional representations of familiar environments, locating key landmarks and objects relative to each other
    Sample question and its hints

    How many flat faces does a cube have?

    1. A face is a flat surface. Think of a dice.
    2. Count the top and bottom, then the faces around the sides.
    3. A triangular prism has 2 triangle faces and 3 rectangle faces, so 5 faces. Now try yours.
  • Fractions

    For Years 3–6 · 6 questions

    Share pizzas, lamingtons and kangaroos into equal parts.

    For parents: Across Years 3 to 6, your child learns to name unit fractions, find equivalent fractions, and compare and order fractions.

    • AC9M3N02recognise and represent unit fractions including
    • AC9M4N03find equivalent representations of fractions using related denominators and make connections between fractions and decimal notation
    • AC9M5N03compare and order fractions with the same and related denominators including mixed numerals, applying knowledge of factors and multiples; represent these fractions on a number line
    Sample question and its hints

    What fraction of the pizza is left?

    1. How many equal slices made the whole pizza? That number goes on the bottom of the fraction.
    2. Now count the slices that are still there. That number goes on top. Drawing the pizza can help.
    3. If a pizza has 4 slices and 2 are eaten, 2 of the 4 slices are left, so 2/4 is left. Now try yours.
  • Multiplication

    For Years 2–5 · 6 questions

    Equal groups, arrays and times tables, with lamingtons and footy tickets.

    For parents: Across Years 2 to 5, your child learns to multiply using equal groups and arrays, and recall times tables with their related division facts.

    • AC9M2N05multiply and divide by one-digit numbers using repeated addition, equal grouping, arrays, and partitioning to support a variety of calculation strategies
    • AC9M3N04multiply and divide one- and two-digit numbers, representing problems using number sentences, diagrams and arrays, and using a variety of calculation strategies
    • AC9M4A02recall and demonstrate proficiency with multiplication facts up to 10 x 10 and related division facts; extend and apply facts to develop efficient mental strategies for computation with larger numbers without a calculator
    Sample question and its hints

    There are 3 plates with 4 lamingtons on each plate. Which number sentence matches?

    Choices: 3 + 4 · 3 × 4 · 4 − 3

    1. We have equal groups: the same number of lamingtons on every plate. We want a sentence for all of them.
    2. Draw 3 circles for the plates and put 4 dots in each. Which kind of number sentence tells that story?
    3. 2 bags with 5 apples in each bag is 2 groups of 5, written 2 × 5. Now try yours.
  • Place value

    For Years 2–4 · 6 questions

    Ones, tens, hundreds and thousands: what each digit is really worth.

    For parents: Across Years 2 to 4, your child learns to say what each digit in a number is worth, and split and regroup numbers in different ways.

    • AC9M2N02partition, rearrange, regroup and rename two- and three-digit numbers using standard and non-standard groupings; recognise the role of a zero digit in place value notation
    • AC9M3N01recognise, represent and order natural numbers using naming and writing conventions for numerals beyond 10 000
    Sample question and its hints

    In the number 352, what is the 5 worth?

    Choices: 5 · 50 · 500 · 52

    1. A digit is worth a different amount depending on which place it sits in.
    2. Write 352 in a place value chart with hundreds, tens and ones columns. Which column is the 5 in?
    3. In 274, the 7 is in the tens place, so it is worth 7 tens, which is 70. Now try yours.
  • Time

    For Years 1–4 · 6 questions

    O’clock, half past, am and pm, and working out how long things take.

    For parents: Across Years 1 to 4, your child learns to read the time on analog and digital clocks, and work out how long things take, including am and pm.

    • AC9M2M04recognise and read the time represented on an analog clock to the hour, half-hour and quarter-hour
    • AC9M3M04describe the relationship between the hours and minutes on analog and digital clocks, and read the time to the nearest minute
    • AC9M4M03solve problems involving the duration of time including situations involving “am” and “pm” and conversions between units of time
    Sample question and its hints

    The long hand points to 12 and the short hand points to 3. What time is it?

    Choices: 12 o’clock · 3 o’clock · Half past 3 · Quarter past 12

    1. A clock has two hands. One shows the hour and the other shows the minutes.
    2. Find the short hand first: it tells the hour. Then check where the long hand is.
    3. Short hand on 7 and long hand on 12: that is 7 o’clock. Now try yours.
  • Money

    For Years 1–4 · 6 questions

    Australian coins and notes, adding up, and working out change.

    For parents: Across Years 1 to 4, your child learns to recognise Australian coins and notes, add up amounts, and work out change.

    • AC9M1N05use mathematical modelling to solve practical problems involving additive situations including simple money transactions; represent the situations with diagrams, physical and virtual materials, and use calculation strategies to solve the problem
    • AC9M2N06use mathematical modelling to solve practical problems involving additive and multiplicative situations, including money transactions; represent situations and choose calculation strategies; interpret and communicate solutions in terms of the situation
    • AC9M3M06recognise the relationships between dollars and cents and represent money values in different ways
    Sample question and its hints

    Which coin is worth the most?

    Choices: 50c · $1 · $2 · 20c

    1. We want the coin with the biggest value, not the biggest size.
    2. Sort the coins into cents and dollars. Remember that 100 cents make 1 dollar.
    3. A $1 coin is smaller than a 50c coin, but it is worth more, because 1 dollar is 100 cents. Now try yours.

English 6 sets

  • Setting, mood and sound words

    Year 3 · 6 questions

    Read a stormy story and hear how sound words and setting build the mood.

    For parents: By the end of Year 3, your child should be able to describe how a writer uses words and pictures to show characters and setting, and how sound words build mood.

    • AC9E3LE03discuss how an author uses language and illustrations to portray characters and settings in texts, and explore how the settings and events influence the mood of the narrative
    • AC9E3LE04discuss the effects of some literary devices used to enhance meaning and shape the reader’s reaction, including rhythm and onomatopoeia in poetry and prose
    Sample question and its hints

    Tap all the sound words (onomatopoeia) from the story.

    Choices: Crack · paddocks · Boom · candle · rat-a-tat-tat

    1. Onomatopoeia is a word that sounds like the noise it names.
    2. Read the second paragraph aloud. Which words could you hear in a storm?
    3. “Splash!” and “hiss” sound like the noises they name. Now try yours.
  • Apostrophes, verbs and tense

    Year 3 · 6 questions

    Use apostrophes for short forms and belonging, and choose verbs that fit the time and subject.

    For parents: By the end of Year 3, your child should be able to use apostrophes for short forms and belonging, and choose verbs that match the time and the subject.

    • AC9E3LA11understand that apostrophes signal missing letters in contractions, and apostrophes are used to show singular and plural possession
    • AC9E3LA08understand that verbs are anchored in time through tense
    • AC9E3LA06understand that a clause is a unit of grammar usually containing a subject and a verb that need to agree
    • AC9E3LA07understand how verbs represent different processes for doing, feeling, thinking, saying and relating
    Sample question and its hints

    Write the short form (contraction) of “they are”.

    1. A contraction squashes two words into one and uses an apostrophe for missing letters.
    2. Which letter drops out of “are”? The apostrophe goes in its place.
    3. “We are” becomes “we’re”: the a is dropped. Now try yours.
  • Reading for meaning and spelling patterns

    Year 3 · 6 questions

    Read about a creek clean-up, then spell words with suffixes, vowel patterns and homophones.

    For parents: By the end of Year 3, your child should be able to find what a text says and what it hints at, and spell words with suffixes, vowel patterns and common homophones.

    • AC9E3LY05use comprehension strategies when listening and viewing to build literal and inferred meaning, and begin to evaluate texts by drawing on a growing knowledge of context, text structures and language features
    • AC9E3LY10understand how to apply knowledge of common base words, prefixes, suffixes and generalisations for adding a suffix to a base word to read and comprehend new multimorphemic words
    • AC9E3LY11use phoneme–grapheme (sound–letter) relationships and less common letter patterns to spell words
    • AC9E3LY12recognise and know how to write most high-frequency words including some homophones
    Sample question and its hints

    How many bags of rubbish did the group fill?

    1. We need a number from the story about bags.
    2. Scan the fourth paragraph for the word “bags”.
    3. If a story says “we picked six buckets of apples”, the answer is six buckets. Now try yours.
  • Punctuation

    For Years 2–5 · 6 questions

    Capitals, full stops, commas and apostrophes help readers understand you.

    For parents: Across Years 2 to 5, your child learns to use capitals, full stops, commas, apostrophes and speech marks so readers can follow their writing.

    • AC9E2LA10recognise that capital letters are used in titles and commas are used to separate items in lists
    • AC9E3LA11understand that apostrophes signal missing letters in contractions, and apostrophes are used to show singular and plural possession
    • AC9E4LA12understand that punctuation signals dialogue through quotation marks and that dialogue follows conventions for the use of capital letters, commas and boundary punctuation
    Sample question and its hints

    Which sentence uses capital letters correctly?

    Choices: we went to perth on friday. · We Went To Perth On Friday. · We went to perth on Friday. · We went to Perth on Friday.

    1. Capital letters go at the start of a sentence and on names of people, places, days and months.
    2. Read each sentence slowly. Point to the first word and to every name.
    3. In “My dog Max ran to Bunbury on Sunday.” the capitals are My, Max, Bunbury and Sunday. Now try yours.
  • Spelling patterns

    For Years 1–4 · 6 questions

    Sound patterns, tricky endings and rules that help you spell new words.

    For parents: Across Years 1 to 4, your child learns to spell words using sound patterns, word parts and spelling rules, including tricky endings.

    • AC9E1LY13spell one- and two-syllable words with common letter patterns
    • AC9E2LY11use knowledge of spelling patterns and morphemes to read and write words whose spelling is not completely predictable from their sounds, including high-frequency words
    • AC9E4LY10understand how to use knowledge of letter patterns, including double letters, spelling generalisations, morphological word families, common prefixes and suffixes, and word origins, to spell more complex words
    Sample question and its hints

    Which word is spelt correctly?

    Choices: duk · duck · dukc

    1. Say the word slowly and listen for each sound.
    2. Think of words that rhyme with it, like luck and stuck. How do they end?
    3. “Back” has a short a sound, so the /k/ sound at the end is spelt ck. Now try yours.
  • Reading comprehension

    For Years 3–6 · 6 questions

    Read a short story, find the clues and work out what the writer means.

    For parents: Across Years 3 to 6, your child learns to find information in a text, read between the lines, and explain what the writer means.

    • AC9E3LY05use comprehension strategies when listening and viewing to build literal and inferred meaning, and begin to evaluate texts by drawing on a growing knowledge of context, text structures and language features
    • AC9E4LY05use comprehension strategies such as visualising, predicting, connecting, summarising, monitoring and questioning to build literal and inferred meaning, to expand topic knowledge and ideas, and evaluate texts
    • AC9E5LY05use comprehension strategies such as visualising, predicting, connecting, summarising, monitoring and questioning to build literal and inferred meaning to evaluate information and ideas
    Sample question and its hints

    What was eating the tomato seedlings?

    Choices: Possums · Birds · Snails · Caterpillars

    1. This question asks about something the story tells us directly.
    2. Go back to the first paragraph and find what Grandfather says about the leaves.
    3. If a story said “the dog chewed my shoe”, the dog did the chewing. Look for a sentence like that. Now try yours.

Science 4 sets

  • Heat, soils and life cycles

    Year 3 · 6 questions

    Where heat comes from, how soils differ, and what makes something alive.

    For parents: By the end of Year 3, your child should be able to tell living from non-living things, compare life cycles, describe soils and rocks, and explain how heat moves.

    • AC9S3U01compare characteristics of living and non-living things and examine the differences between the life cycles of plants and animals
    • AC9S3U02compare the observable properties of soils, rocks and minerals and investigate why they are important Earth resources
    • AC9S3U03identify sources of heat energy and examine how temperature changes when heat energy is transferred from one object to another
    Sample question and its hints

    A butterfly’s life cycle goes egg, caterpillar, ____, adult butterfly. What is the missing stage?

    1. The caterpillar doesn’t turn into a butterfly straight away. There is a resting stage in between. What is it called?
    2. Picture a caterpillar hanging very still under a leaf inside a hard case. Think about the name of that stage.
    3. A frog’s life cycle goes egg, tadpole, froglet, adult frog. The froglet is the in-between stage. Now try yours.
  • Fair tests and measuring temperature

    Year 3 · 6 questions

    Make a prediction, plan a fair test and read a thermometer like a scientist.

    For parents: By the end of Year 3, your child should be able to make a prediction, plan a fair test, and read a thermometer.

    • AC9S3I01pose questions to explore observed patterns and relationships and make predictions based on observations
    • AC9S3I02use provided scaffolds to plan and conduct investigations to answer questions or test predictions, including identifying the elements of fair tests, and considering the safe use of materials and equipment
    • AC9S3I03follow procedures to make and record observations, including making formal measurements using familiar scaled instruments and using digital tools as appropriate
    Sample question and its hints

    Mia wants to find out whether ice cubes melt faster in the sun or in the shade. To make it a fair test, what must she keep the same?

    Choices: Where she puts the ice cubes · The size of the ice cubes · Nothing, it doesn’t matter

    1. In a fair test, you change only one thing. Everything else stays the same.
    2. What is Mia changing? Then think about what else could make one ice cube melt faster.
    3. To test which ball bounces higher, drop both from the same height, so only the ball changes. Now try yours.
  • States of matter

    For Years 3–6 · 6 questions

    Solids, liquids and gases, and how heating and cooling change them.

    For parents: Across Years 3 to 6, your child learns to describe solids, liquids and gases, and how heating and cooling change them.

    • AC9S3U04investigate the observable properties of solids and liquids and how adding or removing heat energy leads to a change of state
    • AC9S5U04explain observable properties of solids, liquids and gases by modelling the motion and arrangement of particles
    Sample question and its hints

    Which of these is a solid?

    Choices: Milk · Steam · A rock · Orange juice

    1. A solid keeps its own shape. It doesn’t flow or spread out.
    2. Imagine putting each one into a bowl. Which one keeps its shape?
    3. A spoon stays spoon-shaped in any cup, so a spoon is a solid. Now try yours.
  • Earth and space

    For Years 3–6 · 6 questions

    Day and night, the Moon’s changing shape, and the planets of our solar system.

    For parents: Across Years 3 to 6, your child learns to explain day and night, the moon’s changing shape, and the planets of our solar system.

    • AC9S6U02describe the movement of Earth and other planets relative to the sun and model how Earth’s tilt, rotation on its axis and revolution around the sun relate to cyclic observable phenomena, including variable day and night length
    Sample question and its hints

    Why do we have day and night?

    Choices: The Sun moves around the Earth each day · The Earth spins around once a day · The Sun switches off at night · Clouds cover the Sun

    1. The Sun is always shining. Something makes our part of the Earth face away from it.
    2. Shine a torch at a ball and slowly turn the ball. What happens to one spot on the ball?
    3. On a merry-go-round you face the playground, then away from it, over and over, as it turns. Now try yours.

Humanities and Social Sciences (HASS) 2 sets

  • Communities, rules and Australia

    Year 3 · 6 questions

    States and territories, special days and why communities have rules.

    For parents: By the end of Year 3, your child should be able to name Australia’s states and territories, explain important days and symbols, and say why communities have rules.

    • AC9HS3K02significant events, symbols and emblems that are important to Australia’s identity and diversity, and how they are celebrated, commemorated or recognised in Australia, including Australia Day, Anzac Day, NAIDOC Week, National Sorry Day, Easter, Christmas, and other religious and cultural festivals
    • AC9HS3K03the representation of contemporary Australia as states and territories, and as the Countries/Places of First Nations Australians prior to colonisation, and the locations of Australia’s neighbouring regions and countries
    • AC9HS3K06who makes rules, why rules are important in the school and/or the local community, and the consequences of rules not being followed
    • AC9HS3S07present descriptions and explanations, using ideas from sources and relevant subject-specific terms
    Sample question and its hints

    How many states does Australia have? (Don’t count the territories.)

    1. Australia is split into states and territories. Only count the states.
    2. Look at a map. Name each state as you count: New South Wales, Victoria, Queensland …
    3. A map of New Zealand shows 2 main islands, North Island and South Island. Count names the same way. Now try yours.
  • Maps and places

    For Years 2–5 · 6 questions

    Compass points, map keys, scale and the capital cities of Australia.

    For parents: Across Years 2 to 5, your child learns to use compass points, map keys and scale, and find Australia’s states, territories and capital cities.

    • AC9HS2S02collect, sort and record information and data from observations and from provided sources, including unscaled timelines and labelled maps or models
    • AC9HS3S02locate, collect and record information and data from a range of sources, including annotated timelines and maps
    • AC9HS3K03the representation of contemporary Australia as states and territories, and as the Countries/Places of First Nations Australians prior to colonisation, and the locations of Australia’s neighbouring regions and countries
    Sample question and its hints

    In which direction does the Sun rise?

    Choices: West · North · East · South

    1. This question is about the start of the day, when the Sun first appears.
    2. Remember the compass points in order going clockwise: north at the top, then the point on the right.
    3. Stand facing north. In the evening the Sun goes down on your left. Which side would it come up on? Now try yours.

Wellbeing 2 sets

  • Mistakes help us grow

    For Years 3–6 · 6 questions

    Learn from mistakes, try new strategies and talk to yourself kindly.

    For parents: Across Years 3 to 6, your child learns to treat mistakes as a way to learn, try a new strategy, and talk to themselves kindly.

    A general-capabilities set (no content-description codes).

    Sample question and its hints

    You get a maths question wrong. Which thought is the most helpful?

    Choices: I’m just bad at maths · Let me check where it went wrong · I’ll never get this · The question was silly anyway

    1. A helpful thought leads you to do something useful next.
    2. Which thought would help you fix the mistake and learn from it?
    3. After dropping a catch, “I’ll watch the ball all the way into my hands” is more helpful than “I’m useless”. Now try yours.
  • Feelings and staying calm

    For Years 2–6 · 6 questions

    Notice your feelings, find ways to calm down and know who can help.

    For parents: Across Years 2 to 6, your child learns to notice their feelings, use a few ways to calm down, and know who they can talk to.

    A general-capabilities set (no content-description codes).

    Sample question and its hints

    Someone pushes in front of you in the line. Your heart races and your hands make tight fists. Which feeling word fits best?

    Choices: Sleepy · Angry or frustrated · Calm · Bored

    1. Our bodies give us clues about how we feel.
    2. Notice the clues: a racing heart, tight fists, and something unfair happened. Which feeling matches those clues?
    3. Butterflies in your tummy before a big test can be a sign of feeling nervous. Now try yours.

Study skills 1 set

  • Key words and simple notes

    For Years 3–4 · 6 questions

    Find key words, ask questions as you read and write short notes.

    For parents: Across Years 3 to 4, your child learns to pick out key words, ask questions while reading, and write short notes.

    A general-capabilities set (no content-description codes).

    Sample question and its hints

    Which is the best short note about what echidnas eat?

    Choices: food: ants, termites (sticky tongue) · Echidnas eat ants and termites. They dig into nests with their strong claws, then catch the insects. · echidnas are cute

    1. A good note is short and keeps only the important words.
    2. Find the part of the passage about food. Which choice keeps the key words but drops the rest?
    3. A note about koalas could be: “food: gum leaves”. Now try yours.

How every practice set works

Each set has a few short questions. Every question follows the same five problem-solving steps, and the three hints line up with the first three steps, so help builds from a nudge to a worked example of a similar problem. The answer is never the first thing a learner sees.

StepThe learner asksA grown-up can ask
UnderstandWhat is the question asking?What is the question asking you to find?
PlanHow could I work it out?What could you try first? Would a picture help?
TryHave a go. A guess is a good start.Have a go, and tell me what you’re thinking.
CheckDoes my answer make sense?How could you check that?
ReflectWhat helped me? What would I do next time?What helped you? What would you do next time?

After each answer, Ponder explains why it’s right, or what to look at again. At the end of a set it celebrates the strategies the learner used, such as draw a picture, break it into parts and look for a pattern.

See the step-by-step walkthrough of a practice set →

Straight answers

Questions people ask

What do Year 3 students learn in maths in Australia?

Under the Australian Curriculum v9.0, Year 3 maths covers number, algebra, measurement, space, statistics and probability. Ponder’s Year 3 maths sets practise adding and subtracting to 1000, metric units, time and right angles, times tables and unit fractions, frequency tables and chance and objects and maps. The full list of content descriptions is on the Australian Curriculum website.

Does this follow my state’s curriculum?

Every state and territory teaches Foundation to Year 10 content from the Australian Curriculum, either directly or through its own version built from it (NSW and Victoria publish their own syllabuses). Ponder tags sets with v9.0 codes, so they line up with what is taught in every state, though schools order topics differently.

Can my child try these sets now?

Yes. Open the Ponder app, choose the learner side, then pick a subject and a set. No account is needed while Ponder is in preview.

Will Ponder give my child the answers?

Not straight away. Each question has three hints that build from a nudge to a worked example of a similar problem. After an answer, Ponder explains why it’s right or what to look at again.

Content descriptions © Australian Curriculum, Assessment and Reporting Authority (ACARA) 2009 to present, unless otherwise indicated. They were downloaded from the Australian Curriculum website (accessed 27 September 2026) and were not modified, except that a few end early where the website shows a fraction or symbol as an image. Licensed under CC BY 4.0. Ponder is not affiliated with or endorsed by ACARA.

Try a Year 3 set the question-first way.

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