Adiabatic Constant

Consider one mole of an ideal gas whose volume changes with temeperature as V=(alpha)/(T) , where alpha is a constant. Heat is supplied to the gas to raise its temperature by DeltaT . If gamma adiabatic constant then choose the correct options.

Consider one mole of an ideal gas whose volume changes with temeperature as V=(alpha)/(T) , where alpha is a constant. Heat is supplied to the gas to raise its temperature by DeltaT . If gamma adiabatic constant then choose the correct options.

A mixture of two non-reactive ideal gases is enclosed in a vessel consisting of one mole of a monatomic gas .A. and .n. moles of diatomic gas .B. at a temperature .T.. If the adiabatic constant of the gaseous mixture is (13)/(9) then the value of .n. is

A gas expands adiabatically at constant pressure such that T propto 1/V^(3) , the value of gamma of the gas will be

A gas expands adiabatically at constant pressure such that: T prop(1)/(sqrt(V)) The value of gamma i.e., (C_(P)//C_(V)) of the gas will be:

A gas expands adiabatically at constant pressure such that: T prop(1)/(sqrt(V)) The value of gamma i.e., (C_(P)//C_(V)) of the gas will be:

A gas expands adiabatically at constant pressure such that T propV^(-1//2) The value of gamma (C_(p,m)//C_(v,m)) of the gas will be :

A gas expands adiabatically at constant pressure such that T propV^(-1//2) The value of gamma (C_(p,m)//C_(v,m)) of the gas will be :