I'm struggling with solving this question:
Show that the entropy per particle ($\ S/N$) is only a function of $\mu /KT$ for an ideal gas of Fermions and Bosons.
Assume that the gas is not relativistic, with known fixed values of $\ V \ (volume)\ ,\ T \ (teperature)\ ,\ m \ (mass)\ ,\ N \ (number\ of\ particles) $.
You don't need to solve explicitly.
Can someone help me with this questions?