Consider N non interacting particles in a gas are in thermal equilibrium and each particle can be in any one of the possible non-degenerate states of energy 0 and 28 Find the probability of each particle when temperature of the gas (1) is very much larger than the value of ed ~Im - la
Consider N non interacting particles in a gas are in thermal equilibrium and each particle can be in any one of the possible non-degenerate states of energy 0 and 28 Find the probability of each particle when temperature of the gas (1) is very much larger than the value of ed ~Im - la
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![Consider N non interacting particles in a gas are in thermal equilibrium and each
particle can be in any one of the possible non-degenerate states of energy 0 and 28.
Find the probability of each particle when temperature of the gas (T) is very much
E
larger than the value of
(a)
(b) 1
alm
(d)
م اما م ادا](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9ed048cc-3d44-4889-b0f5-6cad68501a35%2Ff135290c-6c08-488b-837d-75001f473c04%2Fmh9tcy_processed.png&w=3840&q=75)
Transcribed Image Text:Consider N non interacting particles in a gas are in thermal equilibrium and each
particle can be in any one of the possible non-degenerate states of energy 0 and 28.
Find the probability of each particle when temperature of the gas (T) is very much
E
larger than the value of
(a)
(b) 1
alm
(d)
م اما م ادا
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