A liquid occupies half of a vessel at a perticular temperature. The volume of the unoccupied part remains constant at all temperatures. If `alpha` and `gamma` are the coefficients of linear and real expansions of a vessel and liquid, then `gamma` is

A liquid occupies half of a vessel at a particular temperature. The volume of the unoccupied part remains constant at all temperatures. If alphaandgamma are the coefficients of linear and real expansions of a vessel and liquid, then gamma =

A vessel contains a liquid filled with 1/10th of its volume. Another vessel contains same liquid upto 1/8th of its volume. In both case the volume of empty space remains constant at all temperatures. Then the ratio of coefficient of linear expansions of the two vessels is

A vessel contains a liquid filled with 1//10 th of its volume. Another vessel contains same liquid upto 1//8 th its volume. In both cases the volume in empty space remains constant at all temperatures. Then the ratio of coefficient of linear expansions of the two vessels is

If gamma (apparent) of a liquid in a vessel is 76% of gamma (real) of that liquid, the coefficient of linear expansion of the vessel 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