How to use dice to practise multiplication facts with partners

Dice turn multiplication practice into a quick, social maths game that needs very little preparation. With two or more players, students can roll, build number sentences, explain their thinking and record results. The activity suits classrooms, home learning, tutoring sessions and small intervention groups.

For Australian learners, a dice game can fit neatly into a warm-up before a lesson, a rainy-day activity or a short practice session after school. It also provides a useful change from times-table chanting, helping children connect multiplication facts with arrays, equal groups, skip counting and mental calculation.

Choose dice that match the learner

Standard six-sided dice work well for younger children or students beginning with the 2, 5 and 10 times tables. A roll can represent one factor while the partner chooses a familiar multiplier, such as “groups of four”. For example, a roll of 3 becomes 3 × 4, giving an answer of 12.

Older or more confident students can use 10-sided dice, two dice for a two-digit number, or dice labelled with multiplication factors. Begin with facts students are developing rather than facts they have never encountered. The aim is fluent recall supported by reasoning, not random guessing.

Set up a simple partner game

Each pair needs two dice, a pencil and a recording sheet. Players take turns rolling and making a multiplication equation from the numbers shown. They write the equation, calculate the product and explain how they solved it. A partner checks the answer using an array, repeated addition, a known fact or mental strategy.

To add a clear goal, award one point for a correct product and an extra point for a useful explanation. In a Year 3 classroom in Brisbane or Perth, this structure can keep a five-minute transition activity focused without requiring screens or elaborate equipment.

Use different rules for different goals

A basic version asks students to multiply the two numbers rolled. If the dice show 4 and 6, the equation is 4 × 6 = 24. Encourage children to say the related facts as well: 6 × 4 = 24, 24 ÷ 6 = 4 and 24 ÷ 4 = 6. This develops fact families and prepares students for division.

For a challenge, players roll three dice and choose two numbers to multiply, leaving the third as a bonus. They might calculate 3 × 8 and then add the unused 5, or create the greatest possible product. Rules can focus on accuracy, flexible thinking, factors or multiples rather than speed alone.

Build in mathematical talk

Partner games are most effective when children explain how they know an answer. A student who rolls 6 and 7 might solve 6 × 7 by recalling 5 × 7 and adding another 7. Another child may use 7 × 7 and subtract 7. Both approaches strengthen number sense and make efficient strategies visible.

Give partners sentence starters such as “I know this because…”, “I used the fact…” and “Another way is…”. In a mixed-ability group, one learner can model an array while the other records the equation. This keeps the activity cooperative and reduces pressure on children who need additional thinking time.

Add printable support

A recording page can include columns for the dice rolls, multiplication sentence, product, strategy and partner initials. A small times-table chart may be available for students who are still developing automatic recall, while confident learners can work without it. Over time, reduce the support as facts become more secure.

Printable multiplication worksheets, factor puzzles and times-table activities from the maths resource library can extend the dice game into independent practice. A teacher might follow the partner activity with a short exit quiz, while a parent could use one worksheet on a weekend morning before a family walk or sport practice.

Keep the activity fair and inclusive

Avoid making the winner the child who answers first. Award points for accurate reasoning, careful recording and helpful partner behaviour. Allow students to use counters, draw groups or refer to a multiplication grid when appropriate. These supports make the game accessible to learners with different levels of confidence, language backgrounds or additional learning needs.

In Australian schools, teachers can adapt the game for whole-class rotations, maths groups or individual education plans. A pair in Adelaide might work with 2, 5 and 10 facts, while a pair in Canberra practises square numbers and related division facts. The same materials can serve different learning intentions.

Check progress and protect resources

Keep a simple record of which facts cause hesitation. If a student repeatedly struggles with 6 × 8, include that fact in a targeted card set or ask the student to build it with equal groups. Revisit difficult facts across several short sessions rather than relying on one long drill.

When printing or sharing downloaded materials, check the permitted use and attribution requirements. Australian educators should also take care with the Copyright Act 1968 and their school or service’s copying policy; the site’s copyright information provides a useful place to review resource-related guidance. Store class copies securely and share files only through approved channels.

Dice multiplication games can become more purposeful when every roll leads to an equation, a strategy and a conversation. With a few dice, a recording sheet and flexible rules, partners can practise times tables while developing fluency, confidence and mathematical language. Download a suitable printable, prepare the dice and use the next short learning block for focused partner practice.