A product in algebra is the result of two or more terms multiplied together.

Multiplicative relationships between terms

Maths

In this unit, pupils use the distributive law to find the product of two binomials. In algebraic manipulation, pupils use apply this knowledge in order to factorise quadratics.

In the prior unit, pupils learnt how to rearrange an equation to find a specific value that satisfied the equation. In expressions and formulae, pupils use their understanding of rearrangement to change the subject of a formula.

Expressions and formulae

In algebra, the product is the result of two or more __________ multiplied together.

Which of these equations are valid rearrangements of the generalisation $$a\times{b}=c$$ ?

The area of a parallelogram can be found using the formula $$A=b\times{h}.$$ Which of these are correct rearrangements of the formula?

The circumference of a circle can be found using the formula $$C=2{\pi}r.$$ Which of these are correct rearrangements of the formula?

Sofia wants to rearrange the equation $${y\over{3x}}=z$$ into the form $$y=\square$$. Which first step would be most efficient for Sofia to apply to both sides of the equation?

Which of these equations is an arrangement of $${2c\over7de}=5d^2$$ ?

In the multiplication 7 × 8 = 56, you call 56 the __________ of 7 and 8.

Which other related facts make up the fact family for 7 × 8 = 56?

132 × 17 = 2244, so 132 is a __________ of 2244.

Which of these is equivalent to the division $$20\div5$$?

Match each expression to its simplified form.

Which of these expressions is the reciprocal of $$3\over{xy^2}$$?

This lesson will soon be taken down.

Multiplicative relationships between terms

Lesson outcome