A 50.0-g calorimeter cup made from aluminum contains 0.100 kg of water. Both the aluminum and the water are at 25.0°C. A 0.200-kg cube of some unknown metal is heated to 150°C and placed into the calorimeter; the final equilibrium temperature for the water, aluminum, and metal sample is 43.0°C. Calculate the specific heat c, of the unknown metal. J/(kg-K)

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A 50.0-g calorimeter cup made from aluminum contains 0.100 kg of water. Both the aluminum and the water are at 25.0*C. A
0.200-kg cube of some unknown metal is heated to 150°C and placed into the calorimeter; the final equilibrium temperature for
the water, aluminum, and metal sample is 43.0°C.
Calculate the specific heat c, of the unknown metal.
J/(kg-K)
Transcribed Image Text:A 50.0-g calorimeter cup made from aluminum contains 0.100 kg of water. Both the aluminum and the water are at 25.0*C. A 0.200-kg cube of some unknown metal is heated to 150°C and placed into the calorimeter; the final equilibrium temperature for the water, aluminum, and metal sample is 43.0°C. Calculate the specific heat c, of the unknown metal. J/(kg-K)
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