(a) Account for each of the different results found in the temperature regions: above T3; between T2 and T3; between T and T2; below T1, (b) Given that the first excited state of the rotational spectrum of this molecule is at an energy kT. above the ground rotational state, and Te = 64 K, calculate from basic theory the rotational contribution to the specific heat capacity of this gas at 20K at 100K, at 300K.
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