Problem 3 [15 points]- Phase transformation: melting, coexistence liquid-solid in copper Review lecture notes \#10. Here we apply these concepts and relations derived in class to the case of melting copper. At ambient pressure, the melting point of copper is 1085C, the molar volume is 8.0106m3 for the liquid phase, and 7.6106m3 for the solid phase. The latent heat of fusion of copper is 13.05kJmol1. Calculate the equilibrium melting point of copper at a pressure of 10kbar. (make sure that your temperatures are expressed in Kelvin)