A metallurgist wants to determine the specific heat of a newly developed alloy that could be used in automotive applications. She takes a 0.250 kg sample of the alloy and heats it to 575C in a furnace. She then quickly transfers the hot sample into an insulated calorimeter containing 0.500 kg of water initially at 21.0C. The calorimeter itself is made of copper and has a mass of 0.300 kg. After the heat transfer process is complete, the final temperature of the system (alloy, water, and calorimeter) reaches a stable value of 36.5C. If the specific heat of copper is 385.1 J/kgC, calculate the specific heat of the new alloy. Your Answer: [ e | Answer units