Consider the experiment described below. A 1.0 kg mass and a 3.0 kg mass with different initial temperatures are placed together inside a well-insulated container and allowed to come to thermal equilibrium. The insulated container prevents any transfer of energy to or from the environment (including the container itself). Mass 1.0 kg 3.0 kg Initial temperature 100 \"C 150 C Specific heat capacity 440 kJ/(kg C) 73.33 kJ/(kg 0(2) Final temperature 120 \"C 120 C AT +20 C -40 C Do you agree or disagree with the following statements? Explain why you agree or disagree. . (a) Heat flows from the 1.0 kg mass to the 3.0 kg mass because the 1.0 kg mass has a much larger heat capacity. . (b) The thermal energy lost by the 3.0 kg mass is greater than the thermal energy gained by the 1.0 kg mass