[" 4.) The water for a factory is stored in a hemispherical tank whose inter "],[" is "14m" .The tank contains "50" kilolitres of water.Water is pumped in "],[" fill to its capacity.Calculate the volume of water pumped into the "]

The water for a factory is stored in a hemispherical tank whose internal diameter is 14 m. The tank contains 50 kilo litres of water. Water is pumped into the tank to fill to its capacity. Calculate the volume of water pumped into the tank.

The water for a factory is stored in a hemispherical tank whose internal diameter is 14 m. The tank contains 50 kL of water. Water is pumped into the tank to fill to its capacity. Calculate the volume of water pumped into the tank.

The water for a factory is stored in a hemispherical tank whose internal diameter is 14 m. The tank contains 50 kL of water. Water is pumped into the tank to fill to its capacity. Calculate the volume of water pumped into the tank.

A water tank is cylindrical in shape. The diameter of its base on the inside is 28 m and its depth is 7 m. How many kilolitres of water can it hold ?

The horizontal cross-section of a water tank is in the shape of a rectangle with a semicircle at one end,as shown in fig.18.20. The water is 2.4m deep in tank.Calculate the volume of the water in gallons.

The length, breadth and height of a water tank are 5 m, 2.5 m and 1.25 m respectively. Calculate the capacity of the water tank in m^3

The length, breadth and height of a water tank are 5 m, 2.5 m and 1.25 m respectively. Calculate the capacity of the water tank in litre

The rain water that falls on a roof of area 6160\ m^2 is collected in a cylindrical tank of diameter 14m and height 10m and thus the tank is completely filled. Find the height of rain water on the roof.

The rain water that falls on a roof of area 6160\ m^2 is collected in a cylindrical tank of diameter 14m and height 10m and thus the tank is completely filled. Find the height of rain water on the roof.

500 kg water isstored in the overhead tank of a 10 m high building.Calculate the amount of potential energy stored in the water.