a calorimeter of mass m having an equal mass of water in it. the temperature of the water and calorimeter is t2. a block of ice of mass m and temperature t3

a calorimeter of mass m having an equal mass of water in it. the tempe

1.	a calorimeter of mass m having an equal mass of water in it. the temperature of the water and calorimeter is t2. a block of ice of mass m and temperature t3
Answer» Hope this helps. If we place a hot body in contact with a cold ONE, the former becomes colder and thelatter becomes warmer. Therefore, we can say, a TEMPERATURE change has occurred between the two bodies and finally a thermal equilibrium is established. We say that ACERTAIN QUANTITY of heat has passed from the hot body to the cold one. There is a heat flow or heat TRANSFER between the two bodies. Count Rumford (1753 – 1814) and Sir JamesPrescott Joule (1818 – 1889) established that this heat flow is an energy transfer.

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a calorimeter of mass m having an equal mass of water in it. the temperature of the water and calorimeter is t2. a block of ice of mass m and temperature t3

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