the partition function of a monatomic ideal gas is 1 (2nmkT 3N/2 VN Q(N, V, T) = N! h? Derive expressions for the pressure and the energy from this partition function. Also show that the ideal gas equation of state is obtained if Q is of the form f(T)V", where f(T) is any function of temperature.
the partition function of a monatomic ideal gas is 1 (2nmkT 3N/2 VN Q(N, V, T) = N! h? Derive expressions for the pressure and the energy from this partition function. Also show that the ideal gas equation of state is obtained if Q is of the form f(T)V", where f(T) is any function of temperature.
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![the partition function of a monatomic ideal gas is
1 (2amkT\ 3N|2
VN
Q(N, V, T) :
N!
h?
Derive expressions for the pressure and the energy from this partition function. Also show
that the ideal gas equation of state is obtained if Q is of the form f(T)V^, where f(T) is any
function of temperature.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fddd0f2aa-4b89-4a4a-8799-436758bb524d%2F6f2e133b-6694-40d8-a372-8d5df7fc5c59%2Fj2kiylf_processed.png&w=3840&q=75)
Transcribed Image Text:the partition function of a monatomic ideal gas is
1 (2amkT\ 3N|2
VN
Q(N, V, T) :
N!
h?
Derive expressions for the pressure and the energy from this partition function. Also show
that the ideal gas equation of state is obtained if Q is of the form f(T)V^, where f(T) is any
function of temperature.
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