A binomial is an algebraic expression representing the sum or difference of exactly 2 unlike terms.

Any of the multiplication results that lead up to an overall multiplication result.

Checking and securing understanding of the product of two binomials

Maths

Checking and securing understanding of simplifying

Checking and securing understanding of substitution

Further algebraic terminology

Checking and securing understanding of expanding a single bracket

Checking and securing understanding of factorising

Checking and securing understanding of forming linear equations

Checking and securing understanding of solving and interpreting linear equations

Checking and securing understanding of changing the subject

Factorising a quadratic expression

Factorising using the difference of two squares

Solving quadratic equations by factorising

Problem solving with algebraic manipulation

In this unit, pupils learnt to solve quadratic equations by factorising and this skill will be required in the future unit through manipulating two simultaneous equations to find the solutions. For pupils studying the higher content, solving quadratic equations is required if one of the simultaneous equations is a quadratic.

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

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

Algebraic manipulation

Expand and simplify the expression: $$(x + 3)(x - 2)$$

Expand and simplify the expression: $$2(x - 1)(x + 5)$$

Expand and simplify the expression: $$3(x + 2)^2$$

Expand and simplify the expression: $$(2x - 3)(x + 4)$$

Expand and simplify the expression: $$-x(2x - 5)(3x + 1)$$

Expand and simplify the expression: $$4(y + 3)(2y - 3)$$

What is the value of $$x$$ for $$3x + 5 = 2(x - 2)$$?

What is the value of $$x$$ for $$\frac{5x + 15}{3} = \frac{2x - 2}{2}$$?

What is the positive value of $$x$$ for $$x^2 - 4x - 12 = 0$$?

Make $$b$$ the subject for $$a + 2b = 10$$

Make $$p$$ the subject of $$\frac{2p + q}{3} = 4$$

Checking and securing understanding of the product of two binomials

Lesson outcome