A uniform pressure P is exerted by an external agent on all sides of a solid cube at temperature `t^(@)C`. By what amount should the temperature of the cube be raised in order to bring its volume back to its original volume before the pressure was applied if the bulk modulus is B and co-efficient of volumetric expansion is `gamma`?

A uniform pressure .P. is exerted on all sides cube at temperature t^(0)C . By what amount should the temperature of the cube be raised in order to bring its volume back to the volume it had before the pressure was applied, if the bulk modulus and coefficient of volume expansion of the material are B and gamma respectively.

A uniform pressure p is exerted on all sides of a solid cube of a material at temprature t^(@)C . By what amount should the temperature of the cube be raised in order to bring its original volume back to the value it had before the pressure was applied ? K is the bulk modulus and alpha is the coefficient of linear expansion of material of solid cube.

A uniform pressure p is exerted on all sides of a solid cube of a meterial at temprature t^(@)C . By what amount should the temperature of the cube be raised in order to bring its original volume back to the value it had before the pressure was applied ? K is the bulk modulus and alpha is the coefficient of linear expansion of material of solid cube.

A uniform pressure P is exerted on all sides of a solid cube at temperature t ""^(@)C . By what amount should the temperature of the cube be raised in order to bring its volume back to the value it had before the pressure was applied? The coefficient of volume expansion of cube is alpha and the bulk modulus is K.

A uniform pressure P is exerted on all sides of a solid cube at temperature t ""^(@)C . By what amount should the temperature of the cube be raised in order to bring its volume back to the value it had before the pressure was applied? The coefficient of volume expansion of cube is alpha and the bulk modulus is K.

A cube at temperature 0^(@)C is compressed equally from all sides by an external pressure P. By what amount should its temperature be raised to bring it back to the size it had before the external pressure was applied. The bulk modulus of the material of the cube is B and the coefficient of linear expansion is a

A cube at temperature 0^(@) C is compressed equal from all sides by an external pressure P. BY what amount should its temperature be raised to bring it back to the size it had before the external pressure was applied. The bulk modulus of the material of the cube is K and the coefficient of linear expansion is alpha .

The what temperature must a gas at 300K be colled in order to reduce its volume to 1/3 rd of its original volume, pressure remains constant-