Explain how each part of a multiplication and division equation relates to a story

Maths

In this unit pupils will explain how each part of a multiplication and division equation relates to a story. They will partition one of the factors in a multiplication equation in different ways using representations. In the future unit pupils will use knowledge of distributive law to calculate products beyond known times tables facts.

In the prior unit pupils represented counting in sevens as the 7x table explaining the relationship between adjacent multiples of 7 and knowledge of the 7x table to solve problems. In this unit pupils will explain how each part of a multiplication and division equation relates to a story. They will partition one of the factors in a multiplication equation in different ways using representations

Understand and represent multiplicative structures

What is the missing number in the equation below? {{ }} × 7 = 28

Tick the sentences that describe a multiplication that is equal to 20

Which of these equations is the related division fact for the multiplication equation 8 × 2 = 16?

Look at the image. Which part of this division equation represents the number of pots (the number of groups)? 15 ÷ 5 = 3

Look at the image. Which division equation represents finding the number of pencils there are per pot?

Which part of a related division fact does the product of a multiplication become?

What is the missing number in the equation below? 12 × {{ }} = 24

What is the missing number in the equation below? 6 × {{ }} = 18

What is the missing number in the equation below? 3 × {{ }} = 36

Tick the two equations that show that multiplication is commutative.

There are 7 buckets of 10 tennis balls.
Match the object with group size or number of groups.

Anything multiplied by 2 has the same product.

2 × 3 and 3 × 2 have products that are of equal value. Why is this?

This lesson will be removed by end of Summer Term 2025.

Explain how each part of a multiplication and division equation relates to a story

Lesson outcome

This lesson will be removed by end of Summer Term 2025.