How much water will a tank hold if the interior diameter of the tank is 1.6 m and its depth is 0.7 m?

Open in App

Solution

Diameter = 1.6 m
Radius = 0.8 m
Depth = 0.7 m
Volume of the tank = π $r^{2}$ h= $\frac{22}{7}$ × ${0.8}^{2}$ ×0.7=1.408 m³.
1 $m^{3}$ =1000 L
1.408 $m^{3}$ =1.408×1000=1408 L
Thus, the tank will hold 1408 L.

Suggest Corrections

Similar questions

Q. How many litres of water will a hemispherical tank hold whose diameter is

4.2

Q. Water flows out through circular pipe whose external diameter is

2 c m

at a rate of

0.7 m / s

into cylindrical tank whose radius is

40 c m

, by how much will water level rise in half an hour.

Q. A hemispherical tank full of water is emptied by a pipe at the rate of

\frac{25}{7}

litres per second. How much time will it take to half-empty the tank, If the tank is 3 metres in diameter?

A circular tank of diameter 2 m is dug and the earth removed is spread uniformly all around the tank to form an embarkment 2 m in width and 1.6m in height find the depth of the circular tank.

Q. A tank can hold up to 100 L of water. If the tank is already three quarters filled, how much more water is needed to completely fill it?

Join BYJU'S Learning Program

How much water will a tank hold if the interior diameter of the tank is 1.6 m and its depth is 0.7 m?

Diameter = 1.6 mRadius = 0.8 mDepth = 0.7 mVolume of the tank = πr2 h=227×0.82×0.7=1.408 m3.1 m3=1000 L1.408 m3=1.408×1000=1408 LThus, the tank will hold 1408 L.

Diameter = 1.6 m
Radius = 0.8 m
Depth = 0.7 m
Volume of the tank = π $r^{2}$ h= $\frac{22}{7}$ × ${0.8}^{2}$ ×0.7=1.408 m³.
1 $m^{3}$ =1000 L
1.408 $m^{3}$ =1.408×1000=1408 L
Thus, the tank will hold 1408 L.