**Q7: **

Find the area of the base of a cuboid which has a volume of 15 708 cm^{3} and a height of 17 cm.

- A
cm
^{2} - B
267 036 cm
^{2} - C
924 cm
^{2}

**Q8: **

A cuboid-shaped container has a square base with side lengths of 20 cm. If 2 litres of water are poured into the container, determine the height the water would reach.

**Q9: **

Determine the volume of a container that is 9 units long, 7 units wide, and 4 units high.

**Q10: **

If a cuboid has a height of 15 cm and
a base with area 760 cm^{2},
what is its volume?

**Q11: **

A tank is a rectangular prism with dimensions 50 m, 24 m, and 19 m. What is the volume of water necessary to fill one third of the tank?

- A
950 m
^{3} - B
93 m
^{3} - C
456 m
^{3} - D
7 600m
^{3}

**Q12: **

Find the length of a cuboid which has a volume of 10 868 cm^{3},
a width of 11 cm,
and a height of 19 cm.

**Q13: **

A construction worker used 3 000 bricks to build a wall. The bricks had a length of 47 cm, a width of 27 cm, and a height of 16 cm. Calculate, in cubic metres, the total volume of the bricks used.

- A
60 912 000 m
^{3} - B
20 304 m
^{3} - C
6.768 m
^{3} - D
60.912 m
^{3}

**Q14: **

A construction worker used 1 500 bricks to build a wall. The bricks had a length of 44 cm, a width of 13 cm, and a height of 26 cm. Calculate, in cubic metres, the total volume of the bricks used.

- A
22 308 000 m
^{3} - B
14 872 m
^{3} - C
9.915 m
^{3} - D
22.308 m
^{3}

**Q15: **

A cuboid-shaped swimming pool has a base of length 64 m and a width of 56 m. If 28 672 m^{3} of water fills it completely, determine its depth.

**Q16: **

A cuboid-shaped swimming pool has a base of length 70 m and a width of 43 m. If 24 080 m^{3} of water fills it completely, determine its depth.

**Q17: **

A carton of juice is a cuboid with height 12 cm. Its base is a square with side length 5 cm. What is the volume of juice that will fill the carton?

**Q18: **

A cuboid has dimensions of 9 cm, 20 cm, and 7 cm. A second cuboid has a
height of 16 cm and a base with area 60 cm^{2}. Find the difference between the volumes of the two
cuboids.

**Q19: **

Complete the formula for the base area of a cuboid: .

- Avolume of cuboid, length
- Bheight, volume of cuboid
- Cwidth, volume of cuboid
- Dvolume of cuboid, height

**Q20: **

Rectangular prism has dimensions of 56 cm,
40 cm, and 34 cm.
Rectangular prism has a base area of 2 904 cm^{2} and a height of 36 cm. Which
rectangular prism is greater in volume?

- A Rectangular prism
- B Rectangular prism

**Q21: **

The tank shown contains 3 496 cm^{3} of water.
Find the current height of the water in the tank, and calculate the volume of water that needs to be added to fill the tank.

- AHeight of water: 10.86 cm. Volume to add: 1 372.18 cm
^{3} - BHeight of water: 14 cm. Volume to add: 3 059 cm
^{3} - CHeight of water: 13.14 cm. Volume to add: 375.82 cm
^{3} - DHeight of water: 8 cm. Volume to add: 2 622 cm
^{3}

**Q23: **

Find the height of a cuboid which has a volume of 1 152 cm^{3} and a base area of 128 cm^{2}.

**Q24: **

Complete the formula for the height of a cuboid: .

- Avolume of cuboid, length
- Bbase area, volume of cuboid
- Cwidth, volume of cuboid
- Dvolume of cuboid, base area

**Q25: **

Find the width and the height of a cuboid whose volume is 15 360 cm^{3}, length is 40 cm, and base area is 960 cm^{2}.

- A width: 384 cm, height: 16 cm
- B width: 16 cm, height: 24 cm
- C width: 16 cm, height: 384 cm
- Dwidth: 24 cm, height: 16 cm