Question: Show that in the first approximation the partition function of a system of (N) noninteracting, indistinguishable particles is given by [ Q_{N}(V, T)=frac{1}{N ! lambda^{3
Show that in the first approximation the partition function of a system of \(N\) noninteracting, indistinguishable particles is given by
\[
Q_{N}(V, T)=\frac{1}{N ! \lambda^{3 N}} Z_{N}(V, T),
\]
where
\[
Z_{N}(V, T)=\int \exp \left\{-\beta \sum_{i
\(v_{s}(r)\) being the statistical potential (5.5.28). Hence evaluate tht first-order correction to the equation of state of this system.
Step by Step Solution
3.35 Rating (167 Votes )
There are 3 Steps involved in it
By eqn 5517 we have QNV T equiv operatornameTrleftebe... View full answer
Get step-by-step solutions from verified subject matter experts
