Verify that the equipartition theory holds by determining the ratio of the population of molecules in the 2nd vibrational energy level relative to the first vibrational energy level. Assume that the temperature is 3,024 K, and that the separation between energy levels is 1 x 10-20 J. Express your answer to three decimal places (X.XXX).

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Verify that the equipartition theory holds by determining the ratio of the population of molecules in the 2nd vibrational
energy level relative to the first vibrational energy level. Assume that the temperature is 3,024 K, and that the separation
between energy levels is 1 x 10-20 J. Express your answer to three decimal places (X.XXX).
Transcribed Image Text:Verify that the equipartition theory holds by determining the ratio of the population of molecules in the 2nd vibrational energy level relative to the first vibrational energy level. Assume that the temperature is 3,024 K, and that the separation between energy levels is 1 x 10-20 J. Express your answer to three decimal places (X.XXX).
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