A block of metal of mass 0.360 kg is heated to 146.0°C and dropped in a copper calorimeter of mass 0.250 kg that contains 0.170 kg of water at 30°C. The calorimeter and its contents are insulated from the environment and have a final temperature of 44.0°C upon reaching thermal equilibrium. Find the specific heat of the metal. Assume the specific heat of water is 4.190 x 10° 1/(kg · K) and the specific heat of copper is 386 J/(kg · K). | 1/(kg · K)

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A block of metal of mass 0.360 kg is heated to 146.0°C and dropped in a copper calorimeter of mass 0.250 kg that
contains 0.170 kg of water at 30°C. The calorimeter and its contents are insulated from the environment and have a final
temperature of 44.0°C upon reaching thermal equilibrium. Find the specific heat of the metal. Assume the specific heat of
water is 4.190 x 10° 1/(kg · K) and the specific heat of copper is 386 J/(kg · K).
J/(kg · K)
Transcribed Image Text:A block of metal of mass 0.360 kg is heated to 146.0°C and dropped in a copper calorimeter of mass 0.250 kg that contains 0.170 kg of water at 30°C. The calorimeter and its contents are insulated from the environment and have a final temperature of 44.0°C upon reaching thermal equilibrium. Find the specific heat of the metal. Assume the specific heat of water is 4.190 x 10° 1/(kg · K) and the specific heat of copper is 386 J/(kg · K). J/(kg · K)
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