Volume of Regular Solids

Q. The volume of a cuboid of length $20cm$, breadth $15cm$ and height $10cm$ is _____ .

1. $2500c{m}^3$
2. $3000c{m}^3$
3. $4500c{m}^3$
4. $6000c{m}^3$

Q. Metre scale is used to measure the circumference of a cylinder.

• True
• False

Q. What is the capacity of a cuboidal container having dimensions $2m\times 5m\times 3m$?

1. 4.8 l
2. 48 l
3. 480 l
4. 48000 l

Q. The volume of a cuboid of length l, breadth b and height h is given as:

1. 2 x l x b x h
2. l x b + h
3. l x b x h
4. l + b x h

Q. A match box measures $4cm\times 2.5cm\times 1.5cm$.
The volume of a packet containing $12$ such boxes is:

1. $140c{m}^3$
2. $160c{m}^3$
3. $200c{m}^3$
4. $180c{m}^3$

Q. Find the volume of a cuboidal container having dimensions 3m $\times$ 5m $\times$ 6m.

1. 
2. 
3. 
4. 

Q. Find the volume of a cuboidal container having length of $3m$, breadth of $5m$ and height of $9m$.

1. $45m^3$
2. $15m^3$
3. $105m^3$
4. $135m^3$

Q. Riva bought a vessel of volume $0.2m^3$ for storing milk. How many litres of milk can she store in the vessel?

1. $0.2L$
2. $2L$
3. $20L$
4. $200L$

Q.

The dimension of a swimming pool and $42m$ long, $24m$ wide and the water is $2.5m$ deep. What is the volume of water in the pool?

Q. $36\text{kmph}=$ ____ ${\text{m s}}^{-1}$

1. $20$
2. $10$
3. $30$
4. $15$

Q. What is the capacity of a cuboidal container having dimensions $2m\times 8m\times 3m$?

1. 48 l
2. 480 l
3. 48000 l
4. 4.8 l

Q. How many bricks will be needed to build a wall of $8m\times 6m\times 22.5cm$, where each brick measures $25cm\times 11.25cm\times 6cm$?

1. $5600$
2. $6000$
3. $7200$
4. $6400$

Q. A cubical chocolate box shown can store 25 chocolates pieces. What is the volume occupied by each chocolate piece?

1. 50 cm³
2. 20 cm³
3. 25 cm³
4. 15 cm³

Q. What is the volume of the given cuboid? Area of each side of smaller cube is $1c{m}^2$.

1. $7c{m}^3$
2. $8c{m}^3$
3. $6c{m}^3$
4. $5c{m}^3$

Q. A cubical tank has a side of length 20 m. What is the volume of the tank?

1. 1000 cubic metre.
2. 4500 cubic metre.
3. 8000 cubic metre.
4. 9000 cubic metre.

Q. $1m^3=$_____ $kilolitre\left(s\right)$.

1. $1$
2. $100$
3. $1000$
4. $10$

Q. What is the volume of the given cuboid? Area of each side of smaller cube is $1c{m}^2$.

1. $6c{m}^3$
2. $8c{m}^3$
3. $7c{m}^3$
4. $5c{m}^3$

Q. Two cubes have volumes in the ratio $1:64$. The ratio of their sides is ____.

1. $1:3$
2. $1:4$
3. $1:8$
4. $8:1$

Q. Find the volume of the given cuboid. Volume of each cube is $1c{m}^3$.

1. $12c{m}^3$
2. $18c{m}^3$
3. $10c{m}^3$
4. $16c{m}^3$

Q. What is the capacity of a cuboidal container having dimensions $2m\times 8m\times 3m?$

1. $480L$
2. $48L$
3. $4800L$
4. $48000L$

Q. Two rectangular boxes have the same height and length, but different widths as shown in the figure.
The difference in the volume of the boxes is 360 $c{m}^3$. Find the height of the Box 1.

1. $8cm$
2. $10cm$
3. $12cm$
4. $15cm$

Q. The capacity of a cuboidal tank is $50000\text{litres}$ of water. Find the breadth of the tank, if its length and depth are $2.5m$ and $10m$ respectively.

1. $2cm$
2. $20cm$
3. $200cm$
4. $2m$