Solve the following problem:
The pressure on 500 g of copper is increased reversibly and isothermally from 0 to 5000atm at 298 K. (Take the density p = 8.96 X 103 kg/m, volume expansivity ß = 49.5 X 10-6 K-1 , isothermal compressibility,p = 6.18 X 10-12 Pa-1, and specific heat Cp = 385 J/kg· K to be constant.)
(a) How much heat is transferred during the compression?
(b) How much work is done during the compression?
(c) Determine the change of internal energy.
(d) What would have been the rise of temperature if the copper had been subjected to a reversible adiabatic compression?