Level 2
The base of a cubical tank has an area of 144 cm2. The tank is 13 filled with water. Find the volume of water in the tank.
2 m
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Level 1
Find the following values without a calculator.
A square has side 12 cm.
- Find the perimeter.
- Find the area.
2 m
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Level 2
The total area of the six faces of a cubical box is 96 cm2. What is the volume of the cubical box?
2 m
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Level 3
Jack had a square piece of paper. He cut out a rectangle from the square piece of paper as shown (not drawn to scale). The area of the rectangle is 36 cm2. What was the area of the square piece of paper before it was cut?
Level 3
Jack had a square piece of paper. He cut out a rectangle from the square piece of paper as shown (not drawn to scale). The area of the rectangle is 36 cm2. What was the area of the square piece of paper before it was cut?
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Level 1
The base area of the cubical box is 64 cm2. What is the volume of the box?
Level 1
The base area of the cubical box is 64 cm2. What is the volume of the box?
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Level 2 PSLE
A square ABCD is made up of 1 small square, 2 identical small triangles and 2 identical large triangles. What fraction of the square ABCD is shaded?
Level 2 PSLE
A square ABCD is made up of 1 small square, 2 identical small triangles and 2 identical large triangles. What fraction of the square ABCD is shaded?
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Level 2
The figure shows a square ABCD. Given that AC = 12 cm, what is the area of the square?
Level 2
The figure shows a square ABCD. Given that AC = 12 cm, what is the area of the square?
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Level 2
The figure shows a square of sides 30 cm. Find the total area of the shaded parts.
Level 2
The figure shows a square of sides 30 cm. Find the total area of the shaded parts.
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Level 2
Find the area of the shaded triangle in the figure.
Level 2
Find the area of the shaded triangle in the figure.
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Level 2
Find the total shaded area in the figure.
Level 2
Find the total shaded area in the figure.
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Level 2
What is the area of the shaded triangle in the figure?
Level 2
What is the area of the shaded triangle in the figure?
Image in this question is not available.
Level 2
In the square grid, A is a right-angled triangle, B is a square and C is an isosceles triangle. Arrange A, B and C from the largest area to the smallest area.
Level 2
In the square grid, A is a right-angled triangle, B is a square and C is an isosceles triangle. Arrange A, B and C from the largest area to the smallest area.
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Level 2
Find the area of the figure.
Level 2
Find the area of the figure.
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Level 2
Find the maximum number of squares of side 3 cm that can be cut from a rectangular cardboard of dimensions 33 cm by 27 cm.
2 m
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Level 2
Aiden has a cardboard measuring 23 cm by 20 cm. He wants to cut 2-cm squares from the cardboard. What is the maximum number of 2-cm squares he can cut out?
2 m
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Level 1
ACDF is a rectangle where ABEF and BCDE are identical squares. Given that ∠FCD = 65°, find ∠BFC.
Level 1
ACDF is a rectangle where ABEF and BCDE are identical squares. Given that ∠FCD = 65°, find ∠BFC.
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Level 2
In the figure, PQRS is a square. QTU is a straight line. ∠PTU = 120° and ∠RQU = 30°. Find ∠TPQ.
Level 2
In the figure, PQRS is a square. QTU is a straight line. ∠PTU = 120° and ∠RQU = 30°. Find ∠TPQ.
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Level 2
BCDE is a square and FE = BE = BC. Find the total area of the shaded parts, given that AG = 26 cm.
Level 2
BCDE is a square and FE = BE = BC. Find the total area of the shaded parts, given that AG = 26 cm.
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Level 2
In the figure, ABCD is a square and ∠BED = 35°. Calculate
- ∠DFC
- ∠BDF
Level 2
In the figure, ABCD is a square and ∠BED = 35°. Calculate
- ∠DFC
- ∠BDF
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Level 3
The figure, not drawn to scale, is made up of 3 equilateral triangles and 3 squares. Find the ratio of the length AB to the length CD to the length EF. (Express your answer in its simplest form).
Level 3
The figure, not drawn to scale, is made up of 3 equilateral triangles and 3 squares. Find the ratio of the length AB to the length CD to the length EF. (Express your answer in its simplest form).
Image in this question is not available.