Metal object, with mass mm of 7 kg, temperature Tm of 355 K and specific heat capacity Cp,m of 490.0 J/kgK, is submerged to water. The mass of water my is 17 kg, temperature Tw 289 K and specific heat capacity Cpw 4190.0 J/kgK. The system is adiabatic. Calculate a) Equilibrium temperature Teq K (zero decimal accuracy) b) Change of entropy of metal ASm c) Change of entropy of water ASW [J/K] (one decimal accuracy) [J/K] (one decimal accuracy) d) Change of entropy of the system AS [J/K] (one decimal accuracy)

Metal object, with mass mm of 7 kg, temperature Tm of 355 K and specific heat capacity Cp,m of 490.0 J/kgK, is submerged to water. The mass of water my is 17 kg, temperature Tw 289 K and specific heat capacity Cpw 4190.0 J/kgK. The system is adiabatic. Calculate a) Equilibrium temperature Teq K (zero decimal accuracy) b) Change of entropy of metal ASm c) Change of entropy of water ASW [J/K] (one decimal accuracy) [J/K] (one decimal accuracy) d) Change of entropy of the system AS [J/K] (one decimal accuracy)