For an adiabatic process, the ideal gas follows the equation
$$ PV^{\gamma}= constant$$
The equation above implies that the pressure of an ideal gas (under adiabatic process) depends on the "degree of freedom" of that gas.
But if pressure depends on degree of freedom then
why isn't this factor used in the ideal gas equation ($PV=nRT$) itself ?
Or
Why does the pressure exerted by a gas depend on it's degree of freedom in an adiabatic process ?