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This test practices division of whole numbers and its relationship with multiplication. The tasks teach students to find a quotient, check an answer by multiplication and recognise when a number divides without a remainder.
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Equal parts must have the same size. Compare the widths of the parts in each rectangle.
A quarter is one of four equal parts of a whole. Divide the total number of equal cells by 4 and compare it with the number of shaded cells.
The divisor is missing, not the result of the division. Divide the starting number by the result shown.
For example, for 12 ÷ ? = 3, the missing number is 12 ÷ 3 = 4. Check: 12 ÷ 4 = 3.
Count all the equal parts. Half means that there are as many shaded parts as unshaded parts.
The apples are shared equally between the bags. Divide the total number of apples by the number of bags.
Check by multiplying: apples in one bag × number of bags = all the apples. Use the numbers in the text rather than counting the illustration.
The pupils are divided into equal teams, so division is required.
Formula: pupils in one team = total number of pupils ÷ number of teams.
Count the stickers and divide them into four equal groups. One group is a quarter of the set.
Count the cards shown. The other half contains the same number. Add the two equal parts.
Sharing equally gives every group the same amount. Divide the total number of sweets by the number of groups.
Check: the amount in one group multiplied by the number of groups must give the total. Use the numbers in the text, not the illustration.
Count the counters and divide by 2. Each child receives half of the whole set.
Time left: 00:00:00
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Division can describe two related situations. In the first, the total and the number of groups are known, so the size of each group must be found. In the second, the total and the size of one group are known, so the number of groups must be found.
If 12 apples are shared equally among 3 children, each child receives 4 apples: 12 ÷ 3 = 4. If 12 apples are placed into bags containing 3 apples each, 4 bags are made. The calculation is the same, but the answer describes a different quantity.
Division can be checked with multiplication. If 20 ÷ 5 = 4, then 4 × 5 must equal 20. This relationship also helps to find an unknown value: for 18 ÷ 3, think of the number that gives 18 when multiplied by 3. Remember that division by zero is undefined.
This test helps students learn and consolidate multiplication facts up to 5. Dynamically changing numbers build calculation fluency, recognition of multiplication relationships and readiness for division tasks.
Add and subtract within 100 by bridging a ten. Split numbers, find missing components and use number-line jumps.
Full Grade 2 mathematics test with mixed topics, dynamically selected questions and a choice of duration. Practise before an assessment or review the whole course at your own pace.
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https://www.catestia.com/en/mathematics/2nd-grade/division-test/16/