5. A 200-g metal container insulated on the outside, holds100of water in thermal equilibrium at 22°C.A 20-g icecube, at the melting point, is dropped into the water, andwhen thermal eauiliorium is reached the temperature is n15°C. Assume there is no heat exchange with theSurroundings. For water, the seecific heat is 4190 Teond the latent heat of fusion is 3.34•10 g.Ja) What is the specific heat of the metal container?bJ What is the total change in entropy? Calculate the entropyChange for each process independentV ond odd them toget the final result. Is this result consistent with theSecond low of Thermodynamics Explain.

As given, Mass of the metal container, mm=200 g=0.2 kg Mass of water, mw=100 g=0.1 kg Mass of ice,…

5. A 200-g metal container insulated on the outsiden holds 100 9 of water in thermal equilibrium at 22'Co A 20-g ice cube, at the melting point, is dropped into the water, and when thermal eauiliorium is reached the temperature is 15°C, Assume there is no heat exchange with the Surroundings. For water, the specific heat is 4190 Tigek ond the latent heat of fusion is 3.340105 Tg. a) What is the specific heat of the metal container? bS What is the total change in entropy? Calculate the entropy Change for each process independentiv and odd them to get the final result. Is this result Consistent with the Second low of Thermodinamics? Explain.

5. A 200-g metal container insulated on the outsiden holds 100 9 of water in thermal equilibrium at 22'Co A 20-g ice cube, at the melting point, is dropped into the water, and when thermal eauiliorium is reached the temperature is 15°C, Assume there is no heat exchange with the Surroundings. For water, the specific heat is 4190 Tigek ond the latent heat of fusion is 3.340105 Tg. a) What is the specific heat of the metal container? bS What is the total change in entropy? Calculate the entropy Change for each process independentiv and odd them to get the final result. Is this result Consistent with the Second low of Thermodinamics? Explain.