Free Printable Area of Kites, Rhombuses, and Trapeziums

1.

The area of this kite is:

a)

$27.5m^2$

b)

$55m^2$

c)

$60.5m^2$

d)

$16m^2$

2.

The area of this trapezium is:

a)

$140mm^2$

b)

$27mm^2$

c)

$448mm^2$

d)

$70mm^2$

3.

To find the area of this shape you would use the formula:

a)

$A=l^2$

b)

$A=\frac{1}{2}xy$

c)

$A=bh$

d)

$A=\frac{\left(a+b\right)h}{2}$

4.

To find the area of this shape you would use the formula:

a)

$A=\frac{\left(a+b\right)h}{2}$

b)

$A=\frac{bh}{2}$

c)

$A=lw$

d)

$A=\frac{1}{2}xy$

5.

To find the area of this shape you would use the formula

a)

$A=\frac{\left(a+b\right)h}{2}$

b)

$A=\frac{1}{2}xy$

c)

$A=\frac{1}{2}bh$

d)

$A=l^2$

6.

The area of this rhombus is (a) square km

7.

The area of this kite is (a) square mm

8.

The area of this trapezium is (a) square cm

9.

This shape is a ____ and the correct formula to find the area is ______

(select the correct two options)

a)

kite

b)

trapezium

c)

$A=\frac{\left(a+b\right)h}{2}$

d)

$A=\frac{1}{2}xy$

e)

rhombus

10.

The area of this shape is (a) square mm

11.

The area of this shape is (a) square m

12.

This shape is a _____ and the correct formula to find the area is_____

(select the correct two options)

a)

parallelogram

b)

trapezium

c)

$A=\frac{1}{2}xy$

d)

$A=\frac{\left(a+b\right)h}{2}$

e)

triangle

13.

The area of this shape is (a) square cm

14.

A flying kite is made from four centre rods all connected near the middle of the kite as shown.

The area of plastic, in square metres, needed to cover the kite is (a)

15.

The area of this rhombus is:

a)

$80cm^2$

b)

$18cm^2$

c)

$40cm^2$

d)

$100cm^2$

Area of Kites, Rhombuses, and Trapeziums

Total questions: 15

Worksheet time: 21mins

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