In a cylindrical vessel of diameter 24 cm, filled up with sufficient quantity of water, a solid spherical ball of radius 6 cm is completely immersed. Find the increase in height of water level.

In a cylindrical vessel of diameter 24 cm filled up with sufficient quantity of water, a solid spherical ball of raidus 6 cm is completely immersed. Then the increase in height of water level is :

Find the amount of water displaced by a solid spherical ball of diameter 4.2 cm , when it is completely immersed in water.

A cylindrical can of internal diameter 24 cm contains water. A solid sphere of radius 6 cm is completely immersed in water in the cylinder. The water level increases by

There is some water in a cylindrical vessel of diameter 11 cm . A solid cube of side 5.5 cm is dropped into the water , which immersed completely in the water . Find the increase in the height of surface of water in the vessel.

In a cylindrical vessel of radius 10 cm, containing some water, 9000 small spherical balls are dropped which are completely immersed in water which raises the water level. If wach spherical ball is radius 0.5 cm , then find the rise in the level of water in the vessel.

A cylindrical vessel of radius 8 cm contains water. A solid sphere of radius 6 cm is lowered into the water until it is completely immersed. What is the rise in the water level in the vessel?

A cylindrical jar, whose base has a radius of 15 cm, is filled with water upto a height of 20 cm. A solid iron spherical ball of radius 10 cm is dropped in the jar to submerge completely in water. Find the increase in the level of water (in cm).

A cylindrical jar of radius 10 cm is filled with water upto a height of 15cm. 14 sphercal balls of radius 3 cm each are immersed in the jar. Find the new level to which water is filled in the jar.

A cylindrical vessel of radius 4 cm. contains water. A solid sphere of radius 3 cm is dipped into the water until it is completely immersed. The water level in the vessel will rise by

A cylindrical vessel of radius 4 cm contains water. A solid sphere of radius 3 cm is lowered into the water until it is completely immersed. The water level in the vessel will rise by