Assume as a first approximation that the molar volume of a van der Waals gas and pressure are given by the following equations: RT + (b - RT RT a V -b V² From the previous equations and the...

Extracted text: Assume as a first approximation that the molar volume of a van der Waals gas and pressure are given by the following equations: RT + (b - RT RT a V -b V² From the previous equations and the fundamental equations of thermodynamics and relations of Maxwell of appropriate Thermodynamics, calculate DH and DS for isothermal compression to 300 K for a given gas, behaving like a van der Waals gas, of 0.1 MPa (MPa = Megapascal) to 10 MPa (MPa = Megapascal). Data: a=0.37Pa m6 mol² and b=42.90x10-6 m³ mol·1 for the considered gas.