take account for all notes and hints to better answer the questions. Consider the cooling of a glass of tap water by the addition of ice. The glass contains 400mL of tap water at room temperature, to which 100g of ice is added. Assume the glass is adiabatic and that thermal equilibrium is obtained. The ice is originally at 10C when removed from the freezer and put in the glass. For ice, hfus=6.0kJ/mol. (a) What is the final temperature? (b) What \% of the cooling is achieved by latent heat (the melting of ice)? 2.14.9 (a and b) Hint: After simplifying the main energy balance, you can split the system into two subsystems - ice and water. Note: While Uusing the steam tables a lot through out the course, the exam problems have been chosen to involve other compounds to get rused to finding property data from other resources. Also, all problems involve simplifying the first law of thermodynamics. For full credit both for the oral and written exam, show, explain, and justify in detail the assumptions that are being made to simplify the energy balance