with a mass mA = 22.3 g is partially filled with water at a temperature of T₂ = 66.6 °C. The internal volume of an aluminum cup is VAL = 480.27 mL, it contains of water. The aluminium and water are in thermal equilibrium. An ice cube at 0.00° C is added to the water. This drops the temperature to Tf = 39.2 °C. Make the energy is lost to the surroundings. does the aluminum lose or gain during this process? Assume it remains at thermal equilibrium with the water. Give a positive answer if it loses energy and a negative answer if swer was interpreted as follows: -556 f the ice cube? g swer was interpreted as follows: 1

with a mass mA = 22.3 g is partially filled with water at a temperature of T₂ = 66.6 °C. The internal volume of an aluminum cup is VAL = 480.27 mL, it contains of water. The aluminium and water are in thermal equilibrium. An ice cube at 0.00° C is added to the water. This drops the temperature to Tf = 39.2 °C. Make the energy is lost to the surroundings. does the aluminum lose or gain during this process? Assume it remains at thermal equilibrium with the water. Give a positive answer if it loses energy and a negative answer if swer was interpreted as follows: -556 f the ice cube? g swer was interpreted as follows: 1