Consider a heat reservoir at temperature T'is in contact with a one-dimensional quantum oscillator whose vibrational frequency is . Calculate the ratio of the probability of the oscillator that exists in the first excited state and to the ground state. Answer Choices: a. e b. e C. d. e no 2k T 2000 3k T

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Consider a heat reservoir at temperature T is in contact with a one-dimensional quantum
oscillator whose vibrational frequency is . Calculate the ratio of the probability of the
oscillator that exists in the first excited state and to the ground state.
Answer Choices:
a. e
b. e
C.
d.
-(1)
e
no
2kgT
e
2.000
32 T
Transcribed Image Text:Consider a heat reservoir at temperature T is in contact with a one-dimensional quantum oscillator whose vibrational frequency is . Calculate the ratio of the probability of the oscillator that exists in the first excited state and to the ground state. Answer Choices: a. e b. e C. d. -(1) e no 2kgT e 2.000 32 T
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