Use µ/T= -( ∂S/∂N)E,V and S(E, V, N) = Nk[ln(V/N)+(3/2)ln (mE/3Nπh2)+(5/2)] to derive the dependence of the chemical potential µ on E, V , and N for an ideal classical gas. Then use E = (3/2)NkT to determine µ(T, V, N).
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Use µ/T= -( ∂S/∂N)E,V and S(E, V, N) = Nk[ln(V/N)+(3/2)ln (mE/3Nπh2)+(5/2)] to derive the dependence of the chemical potential µ on E, V , and N for an ideal classical gas. Then use E = (3/2)NkT to determine µ(T, V, N).
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