A vessel contains a non-linear triatomic. If 50% of gas dissociate into individual atom, then find new value of degree of freedom by ignoring the vibrational mode and any further dissociation.

A non-linear triatomic gas is 50% dissociated into individual atoms. Ignoring, the vibrational degree of freedom and any further dissociation, the gas behaves as if the number of degree of freedom is

A 5 L vessel contain 2.8 g of N_2 when heated to 1800 K, 30% molecules are dissociated into atoms

An ideal gas consists of molecules, each molecule being a linear chain of four atoms. If this gas is heated up to a temperature at which all degrees of freedom, including vibrational, are excited, the molar specific heat of such a gas at constant volume will be (include vibrational degrees also)

A polyatomic gas has 24 vibrational degree of freedom then find the value of C_p//C_v

The degrees of freedom of a molecul of a non-linear triatomic gas is (ignore vibraional motion)

The degrees of freedom of a molecul of a non-linear triatomic gas is (ignore vibraional motion)

A 5-L vessel contains 1.4 g of nitrogen. When heated to 1800 K, 30% of molecules are dissociated into atoms. Calculate the pressure of the gas at 1800 K.

A sample contains N moles of a diatomic gas at temperature T. Molecules of gas get dissociated into atoms temperature remaining constant, find change in internal energy of gas