A hemispherical tank has inner radius of 2.8m. Find its capacity in litres.

A hemspherical tank has inner radius of 2.8 m. find its capacity in litres.

Dimensions of cylindrical overhead tank are, radius = 6m and height = 7m. The capacity (in litres) of the overhead tank is

If a hemispherical dome has an inner radius 21 m then its volume ( in m^(3) ) is :

A conical tank is 4 m deep and its circular top has radius 1.75 m, find the capacity of the tank in kilolitres.

Find the depth of a cylindrical tank of radius 28 m, if its capacity is equal to that of a rectangular tank of size 28 mxx16 mxx11 m .

Find the depth of a cylindrical tank of radius 28 m, if its capacity is equal to that of a rectangular tank of size 28 mxx16 mxx11 m .

Find the depth of a cylindrical tank of radius 28 m, if its capacity is equal to that of a rectangular tank of size 28 m xx 16 m xx 11 m .

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.