3. Assume that the equation of state for a gas can be written in the fomm
= RT. Derive an expression for
form such a gas in terms of b(T), db(T)/dT, P, and Vm. Where b(T), B. x z, P, T and
are
represented finite size of molecules, isobaric volumetric thermal expansion
coefficient, compression factor, isothermal compressibility, pressure, temperature
and volume, respectively.