A ball floats on the surface of water in a container exposed to the atmosphere. Volume `V_(1)` of its volume is inside the water. The container is now covered and the air is pumped out. Now let `V_(2)` be the volume immersed in water. Then

A ball floats on the surface of water in a container exposed to the atmosphere. Will the ball remain immersed at its initial depth or will it sink or rise somewhat if the container is shifted to the moon?

A ball floats on the surface of water in a container exposed to the atmosphere. Will the ball remain immersed at its initial depth or will it sink or rise somewhat if the container is shifted to the moon?

A ball floats on the surface of water in a container exposed to atmosphere. Statement-1 : If the container is shifted to moon, the ball will rise a little (gravity on moon is (1)/(6) th that on the earth). And Statement-2 : Buoyant force on the ball will decrease.

A ball floats on the surface of water in a container exposed to atmosphere. Statement-1 : If the container is shifted to moon, the ball will rise a little (gravity on moon is (1)/(6) th that on the earth). And Statement-2 : Buoyant force on the ball will decrease.

The volume of water in two containers are 3 litres and 1,500 ml. Find the ratio of the volumes of water.

An ice cube containing a galss ball is floating on the surface of water contained in a trough. The whole of the ice melts, the level of water in the trough

An ice cube containing a galss ball is floating on the surface of water contained in a trough. The whole of the ice melts, the level of water in the trough

As shown in the figure, a cylindrical glass contains water. A metal shpere of diameter 2 cm is immersed in the water. Find the volume of water.