Statistical PhysicsThis is the chemical potential of an ideal gas. The second image is the answer to 4.20 problem. Please generate a solution for this problem (to validate the given answer). Thank you! 3 mkTμ(T, V, N) = -kT| In) = −KT [¹ + 21 22 ²N In Problem 4.20. The chemical potential of an ideal gasUse (4.61) and (4.63) to derive the dependence of the chemical potential on E, V, and N foran ideal classical gas. Then use (4.65) to determine (T, V, N). We will derive (T, V, N) for theideal classical gas more simply in Section 6.6.☐as=-(35) EV (4.61)ON/E,VV 3S(E, V, N): = Nk| In + InE = NKT.mEN23Nπh²(4.65)5+(4.63)

Here we derive the chemical potential on for an ideal classical gas.

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Statistical Physics This is the chemical potential of an ideal gas. The second image is the answer to 4.20 problem. Please generate a solution for this problem (to validate the given answer). Than