A long cylindrical metal vessel, having a linear coefficient `(alpha)`, is filled with a liquid upto a certain level. On heating , it is found that the level of liquid in the cylinder remains the same. What is the volume coefficient of expansion of the liquid?

A long cylindrical metal vessel, having a linear coefficient (alpha) , is filled with a liquuid upto a certain level. On heating it, it is found that the level of liquid in the cylinder reamains the same. What is the cylinder reamains the same. What is the volume coefficient of expansion of the liquid?

Find the loss in gravitational potential energy of cylinder when value is opened and level of liquid in both cylinder becomes same

A long cylindrical metal vessel of volume V and coefficient of linear expansion alpha contains a liquid. The level of liquid has not changed on heating. The coefficient of real expansion of the liquid is.

The ratio of coefficients of apparent expansions of the same liquid in two different vessels is 1:2 . If alpha_(1) and alpha_(2) are the coefficient of linear expansions then coefficient of real expansion of the liquid is

The coefficient of apparent expansion of a liquid in a copper vessel is C and in a silver vessel S. The coefficient of volume expansion of copper is gamma_C . What is the coefficient of linear expansion of silver

If on heating a liquid through 80^(0)C , the mass explled is (1)/(100) th of mass till remaining, the coefficient of apparent expansion of the liquid is

A cylindrical vessel of radius r is filled with a homogeneous liquid upto a height h. It is found that the force exerted by the liquid column on the bottom of the cylinder is equal to the force exerted by the liquid on the sides of the cylinder. What is the relation between r and h?

If on heating liquid through 80^(@)C , the mass expelled is (1//100)^(th) of mass still remaining, the coefficient of apparent expansion of liquid is

On heating a liquid of coefficient of cubical expansion gamma in a container having coefficient of linear expansion gamma//3 . The level of liquid in the container will