I NEED HELP WITH A, F & G PLEASE!

Part A Calculate the tranlational partition function of ammonia. Assume T=1000 and V=1.00m3. Incorrect; Try Again; 5 attempts remaining Part B Calculate the rotational partition function for ammonia at T=1000K Calculate the vibrational partition function at T=1000K. Part D Calculate the contribution of translational motions to the molar internal energy. Assume T=1000K Part E Calculate the contribution of rotational motions to the molar internal energy. Assume T=1000K. Calculate the contribution of vibrational motions to the molar internal energ. Assume T=1000K. Part G If the dissociation energy of ammonia is De=363molkJ calculate the total molar internal energy. Part A Calculate the tranlational partition function of ammonia. Assume T=1000 and V=1.00m3. Incorrect; Try Again; 5 attempts remaining Part B Calculate the rotational partition function for ammonia at T=1000K Calculate the vibrational partition function at T=1000K. Part D Calculate the contribution of translational motions to the molar internal energy. Assume T=1000K Part E Calculate the contribution of rotational motions to the molar internal energy. Assume T=1000K. Calculate the contribution of vibrational motions to the molar internal energ. Assume T=1000K. Part G If the dissociation energy of ammonia is De=363molkJ calculate the total molar internal energy