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5.2 Calculate (i) the energy of an electron in the energy state immediately above the lowest energy level in a cubic box of side 1Å, and (ii) temperature at which the average energy of the molecules of a perfect gas would be equal to the energy of the electron in the upper level.

5.2 Calculate (i) the energy of an electron in the energy state immediately above the lowest energy level in a cubic box of side 1Å, and (ii) temperature at which the average energy of the molecules of a perfect gas would be equal to the energy of the electron in the upper level.

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5.2 Calculate (i) the energy of an electron in the energy state immediately above the lowest energy level in a cubic box of side 1Å, and (ii) temperature at which the average energy of the molecules of a perfect gas would be equal to the energy of the electron in the upper level.
Transcribed Image Text:5.2 Calculate (i) the energy of an electron in the energy state immediately above the lowest energy level in a cubic box of side 1Å, and (ii) temperature at which the average energy of the molecules of a perfect gas would be equal to the energy of the electron in the upper level.
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