Scaling is when a given quantity is made ___ times the size. In this lesson, scaling will involve making values 10 times the size.

Inverse means the opposite in effect. The reverse of.

Scale divisions derived from multiplication facts by 10

Maths

In this unit pupils will solve multiplication and division problems using knowledge of the scaling relationship between the 2x 4x 8x tables. In the future unit pupils will  represent counting in 3s as the 3x table explaining the relationship between adjacent multiples 3 and represent counting in sixes as the 6x table explaining the relationship between adjacent multiples of 6

In the prior unit pupils doubled and halved 2 digit numbers. They learned to use times table facts to find the quotient for 2x 5x 10x tables. In this unit pupils will solve multiplication and division problems using knowledge of the scaling relationships between the 2x 4x 8x tables.

2, 4 and 8 times tables: using times tables to solve problems

Which equations does this array represent?

Which division equation does this array represent?

Fill in the gap in this diagram showing related facts.  80 ÷ 4 = ___

Fill in the gap in this diagram showing related facts. {{ }} ÷ 2 = 20


Use your knowledge of times tables to fill in the gap.

Fill in the gap. The same number can be written in both.

Select the numbers which are multiples of both 4 and 8

8 × 9 can help you to solve which of these multiplication equations?

Match the expressions on the left which can help you to solve the expressions on the right.

Complete: If 8 × 8 = 64 then 80 × 8 = {{ }}

Andeep has collected 5 packets of 8 guinea cards. Izzy has collected 10 times as many as Andeep.
How many guinea cards does Izzy have?

This lesson will soon be taken down.

Scale divisions derived from multiplication facts by 10

Lesson outcome