Level 1
In the figure, ABC is an equilateral triangle and ∠BCD = 80°. Find ∠z.
2 m
Level 1
The figure shows an equilateral triangle. What is the value of ∠p?
2 m
Level 2
In the figure, ABC is a triangle. AD = DC, ∠BDC = 118°. Find ∠q.
2 m
Level 3
What is the difference in the number of squares and triangles in Pattern 45?
3 m
Level 2
The figure is made up of ten identical isosceles triangles. O is the centre of the figure. Find ∠OJK.
2 m
Level 2
The figure shows a rectangle and two triangles. Find the shaded area.
2 m
Leve 2
The diagram is not drawn to scale. Given that RST and QSP are straight lines and QRS is an isosceles triangle, find ∠a.
2 m
Level 2
In the figure not drawn to scale, the area of Triangle X is 35 of the area of Triangle Y. Given that the area of Triangle ABC is 72 cm2, Find the area of Triangle Y.
2 m
Level 2
John cuts the shaded part out from a triangular cardboard as shown. What is the area of the cardboard left?
2 m
Level 2
ABCD is a square. What is the area of the shaded part?
2 m
Level 2
The following figure is made up of straight lines. Find
  1. ∠z
  2. ∠y
2 m
Level 2
The figure shows a rectangle measuring 30 cm by 16 cm. What is the area of the shaded part?
2 m
Level 2
In the figure, what is the value of ∠t?
2 m
Level 2
The figure shows a rectangle measuring 28 cm by 23 cm. What is the area of the unshaded parts?
2 m
Level 2
The figure shown is not drawn to scale. ABC is an isosceles triangle and XY is a straight line. Find ∠a.
2 m
Level 2
The figure is made up of 2 triangles, ABC and ACD. The length of AD is thrice as much as the length of BC. AB is perpendicular to AD and BC. Find the area of figure ABCD.
2 m
Level 2
The figure consists of squares of side 4 cm. Find the area of the shaded parts.
2 m
Level 3
In the figure, ABCD and PRSD are two identical rectangles. Find the shaded area of the figure.
2 m
Level 2
In the figure, ABCD is a rectangle with an area of 912 cm2. Given that the area of Triangle DEF is 358 cm2, Find the area of Triangle BFC.
2 m
Level 2
The figure shows a rhombus EFGH. Given that ∠EGF = 57°, what is the value of ∠EHF?
2 m