A vessel is partly filled with a liquid. Coefficients of cubical expansion of material of the vessel and liquid are `gamma_v` unoccupied by the liquid will necessarily

A vessel is partly filled with a liquid. Coefficients of cubical expansion of material of the vessel and liquid are gamma_v and gamma_L , then the volume unoccupied by the liquid will necessarily

A vessel is partly filled with a liquid at 0^(@)C . The condition for which the volume of the remaining part of the vessel remains unchanged is

A vessel is partly filled with liquid. When the vessel is cooled to a lower temperature, the space in the vessel unoccupied by the liquid remains constant. Then the volume of the liquid (V_L) volume of the vessel (V_V) the coefficient of cubical expansion of the material of the vessel (gamma_v) and of the liquid (gamma_L) are related as

A vessel is partly filled with liquid. When the vessel is cooled to a lower temperature, the space in the vessel unoccupied by the liquid remains constant. Then the volume of the liquid (V_L) volume of the vessel (V_V) the coefficient of cubical expansion of the material of the vessel (gamma_v) and of the solid (gamma_L) are related as

A vessel is partly filled with liquid. When the vessel is cooled to a lower temperature, the space in the vessel unoccupied by the liquid remains constant. Then the volume of the liquid (V_L) volume of the vessel (V_V) the coefficient of cubical expansion of the material of the vessel (gamma_v) and of the solid (gamma_L) are related as

The density of a liquid of coefficient of cubical expansion gamma is rho at 0^(@)C when the liquid is heated to a temp T , the change in density will be