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Multiplication Worksheets

Make equal groups and connect an array to a multiplication equation. Use fact practice when the operation is clear, then choose a word-problem set to decide what the story asks you to find.

Help choosing multiplication practice

Whole numbers

Whole-number word problems

Fractions

Fraction word problems

Decimals

Decimal word problems

Choose the story before choosing a calculation

Two questions can both use multiplication while describing different relationships. First ask the child what is known and what the answer will count. A correct fact is useful, but a picture helps explain why that fact fits the question.

Equal groups: find the total

Owen has three boxes, with four counters in each box. He knows how many groups there are and the size of each group. He needs the total number of counters. Point to one whole box before counting the four counters inside it.

Three equal groups of four countersThree separate boxes each contain four counters arranged in two rows of two. There are twelve counters altogether.
3 groups · 4 counters in each · 12 counters altogether

4 + 4 + 4 = 12

3 × 4 = 12

The three groups give three equal addends: 4 + 4 + 4 = 12. Using a groups-first reading, 3 × 4 describes the picture. The equation 4 × 3 also has the correct product; ask the child to explain the factors rather than marking a correct calculation wrong just because their order differs.

Use the multiplication and division word problems for equal-group totals and equal sharing. For more work distinguishing the number of groups from the amount in each group, use equal-groups division word problems.

For empty groups, one group, and one item per group, choose the zero-and-one equal-group activity on that same worksheet page. It provides four multiplication stories with pictures; the default six-story activity still mixes multiplication and division.

Multiplicative comparison: find an amount that is several times as large

Now start with an amount of four. A second amount is seven times as large. The first amount gives a unit of comparison, and the second amount contains seven copies of that unit. The question asks for the second amount, not the number of copies.

Reference amount: 4 7 times as much 4444444 4 × 7 = 28
Each equal segment represents four. Seven segments represent twenty-eight.

Writing 4 + 7 = 11 would add seven to the reference amount. That is a different relationship. “Seven times as much” means seven copies of four; “seven more” means four plus seven. Have the child point to the repeated segments and say what each one stands for.

The check 28 ÷ 7 = 4 recovers the reference amount. The check 28 ÷ 4 = 7 counts how many copies fit. Both checks are correct, but their answers describe different quantities.

One times an amount leaves it unchanged: 7 × 1 = 7. One copy of seven still contains seven, so multiplication does not always make a number larger.

Match the printable to the model

Use multiplicative comparison word problems for the whole-number comparison model. Each sheet finds the second amount from a reference and a multiplier from one through nine, including one times as much. The equal-group worksheet above uses boxes and sharing; these are related but different story structures. Unknown references, unknown multipliers, and zero factors are not included in this comparison set.

For children already working confidently with fractions, fraction scaling-up word problems use a related comparison with fractional factors greater than one. This is a later fraction skill, not a replacement for beginning whole-number practice.

Before printing, ask the child to name the known quantities, point to the unknown in the model, and say what unit the answer will have. If the child can explain the relationship but makes a fact error, practice the calculation. If the fact is correct but the drawing answers a different question, return to the story first.

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