Not unless you give us the heat of fusion of water and the specific heat of water and silver.
mass silver * specific heat of silver * (107-T) = heat of fusion of water * mass of ice
A 63.8 kg block of silver is at initially at 107 C. 1.0 kg of ice at its freezing point is placed onto the block to cool it. As the ice melts, the water is free to flow off (so that the water never increases in temperature). After all the ice melts, what is the final temperature of the silver? Round answers to the nearest whole number, and in degrees Celsius.
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