A spherical shell of copper is completely filled with a liquid at a temperature t^(@)C. The bulk moduls of the liquid is K and coefficient of volume expansion is gamma. If the temperature of the liquid and the shell is increased by DeltaT, then the outward pressure Deltap on the shell that results from the temperature increase is given by (alpha is the coefficient of linear expansion of the material to the shell):

A spherical shell of copper is completely filled with a liquid at a te

1.	A spherical shell of copper is completely filled with a liquid at a temperature t^(@)C. The bulk moduls of the liquid is K and coefficient of volume expansion is gamma. If the temperature of the liquid and the shell is increased by DeltaT, then the outward pressure Deltap on the shell that results from the temperature increase is given by (alpha is the coefficient of linear expansion of the material to the shell):
Answer» `K ( gamma-3 ALPHA ) DELTA T` `K ( alpha - gamma) Delta T` `3 alpha( K - gamma) Delta T` `gamma ( 3 alpha - K) Delta T` ANSWER :A