Volume of Irregular Shapes

Q.

One litre is equal to how many glasses of water?

Q.

Question 1
A matchbox measures $4cm\times 2.5cm\times 1.5cm$. What will be the volume of a packet containing 12 such boxes?

Q.

A can of juice has $38l500ml$ of juice. How many glasses of $250ml$ can be filled with this?

Q. How many litres of water is required to fill a cube-shaped container with a side length of 15 cm?

1. 2.25 litre
2. 3.375 litre
3. 2.5 litre
4. 4.125 litre

Q.
Divide the composite figure into cuboids and calculate the total volume in $c{m}^3$.

1. $1024c{m}^3$
2. $1020c{m}^3$
3. $924c{m}^3$
4. $1224c{m}^3$

Q.

Sharon bought a tin can whose capacity was $70L$. She Poured it with $15.250L$ of water, $17.500L$ of lime juice and $26.750L$ of sugar solution. What capacity of tin can had she used up?

Q. A bathtub can hold 60 L of water. Currently, it has 33 L 450 mL of water. How much more water can be added to the bathtub?

1. 24 L 650 mL
2. 26 L 550 mL
3. 33 L 550 mL
4. 27 L 550 mL

Q. A 200 litre barrel needs to be filled using a 2 litre bottle. How many times should the bottle be used to fill the barrel to about 80%?

1. 85 times
2. 90 times
3. 60 times
4. 80 times

Q.
Divide the composite figure into cuboids and calculate the total volume in $c{m}^3$.

1. 1024

Q. The volume of the composite object is $c{m}^3$.

1. 23
2. 46
3. 92
4. 184

Q. Find the volume of the composite figure given below. The volume of each small cube is 1 $c{m}^3$. [2 Marks]

Q. Find the volume of the composite objects given.

1. 23 $c{m}^3$
2. 184 $c{m}^3$
3. 46 $c{m}^3$
4. 92 $c{m}^3$

Q.

Divide the composite figure into cuboids and calculate the total volume in $c{m}^3$.

1. $1224c{m}^3$
2. $1020c{m}^3$
3. $1024c{m}^3$
4. $924c{m}^3$

Q. The volume of the composite object in $c{m}^3$.

Q.
Divide the composite figure into cuboids and calculate the total volume in $c{m}^3$.

1. 1024

Q.

State True or False

We can form irregular shapes such as an "E" shaped block by arranging cubes in a predetermined particular order.

1. True

2. False

Q. A 200 litre barrel needs to be filled using a 2 litre bottle. How many times should the bottle be used to fill the barrel to about 80%?

1. 80 times
2. 60 times
3. 90 times
4. 85 times

Q. A 200 litre barrel needs to be filled using a 2 litre bottle. How many times should the bottle be used to fill the barrel to about 80%?

1. 85 times
2. 90 times
3. 80 times
4. 60 times

Q.

Divide the composite figure into cuboids and calculate the total volume in $c{m}^3$.

1. $924c{m}^3$
2. $1024c{m}^3$
3. $1020c{m}^3$
4. $1224c{m}^3$

Q. A 200 litre barrel needs to be filled using a 2 litre bottle. How many times should the bottle be used to fill the barrel to about 80%?

1. 85 times
2. 60 times
3. 80 times
4. 90 times

Q.
Divide the composite figure into cuboids and calculate the total volume in $c{m}^3$.

1. 1024

Q.

Divide the composite figure into cuboids and calculate the total volume in $c{m}^3$.

1. $1224c{m}^3$
2. $924c{m}^3$
3. $1024c{m}^3$
4. $1020c{m}^3$

Q.
Divide the composite figure into cuboids and calculate the total volume in $c{m}^3$.

1. 1024

Q. The capacity of a 2 litre water bottle is equal to _____.​

1. 200 ml
2. 2 cc
3. 2000 cc
4. 0.002 ml

Q.

We can form irregular shapes such as a "T" shaped block by arranging cubes in a predetermined particular order.

1. False

2. True

Q.

Find the amount of water needed to mix with 3800 ml of milk to make it 5 L.

1. 1200 ml

2. 200 ml

3. 2000 ml

4. 120 ml

Q. Two cuboidal boxes have same volume & height. If l1 = 20 cm, b1 = 30 cm & b2 = 20 cm, find l2

1. 20 cm
2. 60 cm
3. 50 cm
4. 30 cm

Q. The volume of a shape made of 9 blocks each of 1/2 cc is ________ .

1. 9 cc
2. 3.5 cc
3. 5 cc
4. 4.5 cc