The molar specific heat of the process ` V alpha T^(4)` for `CH_(4)` gas at room temperature is :-

Find the molar specific heat of the process p=a/T for a monoatomic gas, a being constant.

Find the molar specific heat of the process p=a/T for a monoatomic gas, a being constant.

An ideal monatomic gas undergoes a process where its pressure is inversely proportional to its temperature. (a) Calculate the molar specific heat of the process. (b) Find the work done by two moles of gas if the temperature change from T_1 to T_2 .

An ideal monatomic gas undergoes a process where its pressure is inversely proportional to its temperature. (a) Calculate the molar specific heat of the process. (b) Find the work done by two moles of gas if the temperature change from T_1 to T_2 .

Which of the two has larger molar specific heat monoatomic or diatomic gas at room temperature, and why?

An ideal gas whose adiabatic exponent is gamma is expanded according to the relation P=alpha V .The molar specific heat of the process is (alpha is a positive constant)

Which gas has higher specific heat capacity, a monatomic or diatomic gas at room temperature ?

A certain ideal gas undergoes a polytropic process PV^(n) = constant such that the molar specific heat during the process is negative. If the ratio of the specific heats of the gas be gamma , then the range of values of n will be