According to the equipartition theorem of classical thermodynamics, all ocillators in the cavity have the same mean energy, irrespective of their frequencies. With this in view, prove the following relation: 00 EE¬E/kT dE < E >= = kT . S" e-E/KT dE
According to the equipartition theorem of classical thermodynamics, all ocillators in the cavity have the same mean energy, irrespective of their frequencies. With this in view, prove the following relation: 00 EE¬E/kT dE < E >= = kT . S" e-E/KT dE
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ocillators in the cavity have the same mean energy, irrespective of their
frequencies. With this in view, prove the following relation:
00
EE¬E/kT dE
< E >=
= kT .
S" e-E/KT dE"
Transcribed Image Text:According to the equipartition theorem of classical thermodynamics, all
ocillators in the cavity have the same mean energy, irrespective of their
frequencies. With this in view, prove the following relation:
00
EE¬E/kT dE
< E >=
= kT .
S" e-E/KT dE
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