This is not a graded question so please don't disregard it as if it is. Thank you in advance professor! Exercise #3A container is filled with n moles of a diatomic ideal gas. Initially, the gas is in a thermo-dynamic equilibrium state A and has volume VA. By following a reversible thermodynamicprocess described by the law p(V)=a V, where a is a positive constant, the gas reachesa new thermodynamic equilibrium state B, in which its volume is quadrupled. All thequantities mentioned so far are assumed to be known. Find:a) The values of the thermodynamic variables (p, V, T) in the states A and B.

Exercise #3 A container is filled with n moles of a diatomic ideal gas. Initially, the gas is in a therm dynamic equilibrium state A and has volume VA. By following a reversible thermodynam process described by the law p(V)=;a V, where a is a positive constant, the gas reach a new thermodynamic equilibrium state B, in which its volume is quadrupled. All t quantities mentioned so far are assumed to be known. Find: The valuo priable (n T)

Exercise #3 A container is filled with n moles of a diatomic ideal gas. Initially, the gas is in a therm dynamic equilibrium state A and has volume VA. By following a reversible thermodynam process described by the law p(V)=;a V, where a is a positive constant, the gas reach a new thermodynamic equilibrium state B, in which its volume is quadrupled. All t quantities mentioned so far are assumed to be known. Find: The valuo priable (n T)