5. For Cl,, when the energy of the first excited energy is kT, the contribution of the first excitation becomes importan

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5. For Cl,, when the energy of the first excited energy is kT, the contribution of the first excitation becomes importan

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5 For Cl When The Energy Of The First Excited Energy Is Kt The Contribution Of The First Excitation Becomes Importan 1
5 For Cl When The Energy Of The First Excited Energy Is Kt The Contribution Of The First Excitation Becomes Importan 1 (64.25 KiB) Viewed 11 times
5. For Cl,, when the energy of the first excited energy is kT, the contribution of the first excitation becomes important. It is known that the internuclear distance R=1.988 x 10m, 0,=801.3 K. Do calculations, and answer, until what temperature, respectively, will the first excitations of the rotation and vibration become important?
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