Find the change in volume which 1c.c. of water at the surface will undergo, when it is taken to the bottom of the lake 100 m deep, given that volume elasticity is 22000 atmosphere.

Surface of a lake is at 2^(@)C . Find the temperature of the bottom of the lake

A sphere contracts in volume by 0.01 % when taken to the bottom of sea 1 km deep. Find the bulk modulus of the material of the sphere.

Compare the densities of water at the surface and bottom of a lake 100 metre deep , given that the compressibility is 10^(-3)//22 per atmosphere and 1 atmosphere = 1.015 xx 10^(5)Pa .

A water tank is 20 m deep . If the water barometer reads 10 m at the surface , then what is the pressure at the bottom of the tank in atmosphere ?

A water tank is 20 m deep . If the water barometer reads 10 m at the surface , then what is the pressure at the bottom of the tank in atmosphere ?

Compare the densities of water at the surface and bottom of a lake 100 m deep, given that the compressibility is (10^-3)/(22) per atm and 1 atm = 1.015 xx 10^5 Pa .

The temperature of water at the surface of deep lake is 2 °C. The temperature expected at the bottom is

The temperature of water at the surface of a deep lake is 2^@C . The temperature expected at the bottom is

The temperature of water at the surface of a deep lake is 2^@C . The temperature expected at the bottom is