Question

Determine the average molecular vibrational energy for a diatomic molecule ignoring the zero-point energy. The formula for vibrational energy levels is then just Epib = hvv. Use this formula to determine a formula for the molecular vibrational partition function gub - Then determine the numerical value of the vibrational molecular partition function for water at 2100 K. Water has three vibrational frequencies, which in units of wave numbers are 3657, 1595, and 3756. Good Morning​

Answer 1

Answer:

Determine the average molecular vibrational energy for a diatomic molecule ignoring the zero-point energy. The formula for vibrational energy levels is then just Epib = hvv. Use this formula to determine a formula for the molecular vibrational partition function gub - Then determine the

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Explanation:

Answer 2

Answer:

detrimin

Explanation:

Determine the average molecular vibrational energy for a diatomic molecule ignoring the zero-point energy. The formula for vibrational energy levels is then just Epib = hvv. Use this formula to determine a formula for the molecular vibrational partition function gub - Then determine the numerical value of the vibrational molecular partition function for water at 2100 K. Water has three vibrational frequencies, which in units of wave numbers are 3657, 1595, and 3756. Good Morning