Consider a small cube of ice enclosed in a reservoir so large that small transfer of heat does not change its temperature, 10 Celsius. Calculate the total change of entropy in the ice-reservoir system produced when 1 mole of ice melts at 10 Celsius and 1 atm pressure. Given: Cp = 75.44 J/mol*K - liquid H20 Cp = 38.0 J/mol*K - solid H20 Equilibrium temperature of water ice is 0 Celsius Molar heat of melting is delta H = 6008 J/mol Also, prove that the ice would melt at 10 Celsius.