A metal calorimeter has mass m, = 0.25 kg and contains m, = 5 kg of watcr, and the whole system is at a temperature t 10°C. A block of mass 10 kg of the same metal as the calorimeter is removed from a container of boiling water and placed in the water inside the calorimeter. The insulated calorimeter-water-metal system reaches thermal equilibrium at a tempera- ture of 1 = 51°C. Find the specific heat C, of the metal.
A metal calorimeter has mass m, = 0.25 kg and contains m, = 5 kg of watcr, and the whole system is at a temperature t 10°C. A block of mass 10 kg of the same metal as the calorimeter is removed from a container of boiling water and placed in the water inside the calorimeter. The insulated calorimeter-water-metal system reaches thermal equilibrium at a tempera- ture of 1 = 51°C. Find the specific heat C, of the metal.
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Transcribed Image Text:A metal calorimeter has mass m, = 0.25 kg and contains m, = 5 kg of watcr,
and the whole system is at a temperature 10°C. A block of mass
m, = 10 kg of the same metal as the calorimcter is removed from a container
of boiling water and placed in the water inside the calorimeter. The insulated
calorimeter-water-metal system reaches thermal equilibrium at a tempera-
ture of 1 = 51°C. Find the specific heat C, of the metal.
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