A gas undergoes a process such that `pprop1/T`. If the molar heat capacity for this process is `C=33.24J//mol-K`, find the degree of freedom of the molecules of the gas.

A gas undergoes a process such that P prop(1)/(T) .If the molar heat capacity for this process is 4.5R ( R is universal gas constant),find the degree of freedom of the molecules of the gas.

The molar heat capacity of a gas in a process

One mole of an ideal gas undergoes a process such that P prop (1)/(T) . The molar heat capacity of this process is 4R.

An ideal gas undergoes a process such that P prop(1)/(T) . If molar heat capacity for this process is C =33.24" J"//"mole-K" , then calculate A. Where A = 2gamma " and " gamma is adiabatic index of gas. (R= 8.31 "J"//"mole-K")

In a process PT=constant, if molar heat capacity of a gas is C=37.35 J/mol-K, then find the number of degrees of freedom of molecules in the gas.

If the molar heat capacity of a gas in the process PT= constant is 5R, the number of degrees of freedom of molecules in the gas is

A gas has molar heat capacity C = 37.55 J mol^-1K^-1 , in the process PT = constant, Find the number of degrees of freedom of the molecules of the gas.

A gas has molar heat capacity c=37.55J.mol^-1.K^-1 . In the process pT=constant . Find the number of degrees of freedom of the molecules of the gas.

A gas has molar heat capacity C = 37.55 J "mole"^(-1)K^(-1) , in the process PT = constant, find the number of degree of freedom of the molecules of the gas.