Expand
Did this page help you?
Select a download format for 1.5 Polynomials
Expand
How did you do?
Did this page help you?
Expand and simplify
How did you do?
Did this page help you?
(i) A triangle has base and height
units. Find an expression for the area of the triangle.
(ii) A cube has side length of units. Find an expression for the volume of the cube.
How did you do?
Did this page help you?
Factorise
How did you do?
Did this page help you?
Factorise
How did you do?
Did this page help you?
Factorise
How did you do?
Did this page help you?
Expand and simplify
How did you do?
Did this page help you?
Expand and simplify .
How did you do?
A rectangle has side lengths of units and
units. Find an expression for the area of the rectangle in terms of
and
.
How did you do?
Did this page help you?
Expand and simplify
How did you do?
Did this page help you?
Given that where
,
,
and
are constants, find the values of
,
,
and
.
How did you do?
Did this page help you?
Factorise
How did you do?
Did this page help you?
Factorise completely
How did you do?
Did this page help you?
Expand and simplify
How did you do?
A square has side lengths of units. Find an expression for the length of the diagonal of the square in terms of
and
.
How did you do?
Did this page help you?
Expand and simplify
How did you do?
Did this page help you?
Given that , where
,
,
and
are constants, find the values of
,
,
and
.
How did you do?
Did this page help you?
Factorise
How did you do?
Did this page help you?
Factorise completely
How did you do?
Did this page help you?
Expand and simplify
How did you do?
Did this page help you?
Expand and simplify
How did you do?
A cuboid has a length of units , a width of
units, and a height of
units. Find an expression for the volume of the cuboid in terms of
and
.
How did you do?
Did this page help you?
Given that , where
,
,
and
are constants, find the values of
,
,
and
.
How did you do?
Did this page help you?
Factorise
How did you do?
Did this page help you?
Factorise completely
How did you do?
Did this page help you?