A diatomic molecule is modeled as a Morse oscillator, and one finds that its energy level differences decrease from E1 - Eo = 1326.6 cm-1 to E4- E3 = 1310.4 cm-1. (a) Use this information and the quantum energy levels for the Morse oscillator to find the quantity, hw, in cm-1 (wavenumbers).

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QUESTION 14
A diatomic molecule is modeled as a Morse oscillator, and one finds that its energy level differences decrease from E1 -
Eo = 1326.6 cm-1 to E4- E3 = 1310.4 cm-1.
(a) Use this information and the quantum energy levels for the Morse oscillator to find the quantity, ħw, in cm-1
(wavenumbers).
Transcribed Image Text:QUESTION 14 A diatomic molecule is modeled as a Morse oscillator, and one finds that its energy level differences decrease from E1 - Eo = 1326.6 cm-1 to E4- E3 = 1310.4 cm-1. (a) Use this information and the quantum energy levels for the Morse oscillator to find the quantity, ħw, in cm-1 (wavenumbers).
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