Volume of Cuboids

Q. A village has a population of 4000, requires 150 litres water per head per day. It has a tank measuring 20 m, 15 m, 6 m. How many days for the water is sufficient enough once the tank is made full.
[3 marks]

Q. How many bricks of 48 cubic units can be stored in a room of dimensions 12 x 4 x 10?

1. 15
2. 12
3. 10
4. 18

Q.

Two cubes of edge 14 cm each are joined end to end to form a cuboid. Find the volume of the cuboid.

1. $5488c{m}^3$
2. $5588c{m}^3$
3. $5469c{m}^3$
4. $6488c{m}^3$

Q.

A metal sheet of thickness $2\text{cm}$ was used to make a container of external dimensions $30\text{cm}\times 15\text{cm}\times 25\text{cm}$ which is open from above. Find the volume of the container.

1. $6578{\text{cm}}^3$

2. $11250{\text{cm}}^3$

3. $12250{\text{cm}}^3$

4. $4672{\text{cm}}^3$

Q. Find the volume of a cuboidal block of length 26 cm, breadth 13 cm and height 9 cm.

1. 3042 cm${}^3$
2. 3242 cm${}^3$
3. 3052 cm${}^3$
4. 4042 cm${}^3$

Q. If the volume of a cuboid is 729 m${}^3$and the area of the base is 162 m${}^2$, then find the height of the cuboid.

1. 4.5 m
2. 6.5 m
3. 5.5 m
4. 7.5 m

Q. A water tank is 1.5 m long, 1 m wide and 0.6 m deep. Find the volume of the tank in litres.

1. $1080\text{litres}$
2. $900\text{litres}$
3. $960\text{litres}$
4. $950\text{litres}$

Q.

A lorry carrier measures $10\text{m}\times 7\text{m}\times 5\text{m}.$ Find the maximum number of wooden crates each measuring $2\text{m}\times 1\text{m}\times 0.5\text{m}$ that can be transported inside the lorry.

1. 668

2. 350

3. 588

4. 1024

Q. A cuboidal milk tank is 1.2 m long, 1m wide and 0.6 m deep. Find the capacity of the tank in litres.

1. 420 litres
2. 620 litres
3. 720 litres
4. 520 litres

Q. Match the unknown $x$, for a cuboid of length l, breadth b, height h and volume v (all measures in cm).

1. 336 cm${}^3$
2. 2 cm
3. 8 cm
4. 3 cm