<Dl> <Dd> C V, m = 3 R 2 + R + R = 7 R 2 = 3.5 R, (\ displaystyle C_ (V, m) = (\ frac (3R) (2)) + R + R = (\ frac (7R) (2)) = 3.5 R,) </Dd> </Dl> <Dd> C V, m = 3 R 2 + R + R = 7 R 2 = 3.5 R, (\ displaystyle C_ (V, m) = (\ frac (3R) (2)) + R + R = (\ frac (7R) (2)) = 3.5 R,) </Dd> <P> where the terms originate from the translational, rotational, and vibrational degrees of freedom respectively . </P> <P> The following is a table of some molar constant - volume heat capacities of various diatomic gases at standard temperature (25 ° C = 298 K) </P>

Specific heat capacity of ice in cgs unit