A calorimeter contains 1.500kg of water at 80.0 C. Then 0.500kg of ice at -5.00 Cis added to the water. Wwhat is the final temperature, in C , after the system has come to thermal equilibrium? (Look at the equation sheet for data on water.)
A calorimeter contains 1.500kg of water at 80.0 C. Then 0.500kg of ice at -5.00 Cis added to the water. Wwhat is the final temperature, in C , after the system has come to thermal equilibrium? (Look at the equation sheet for data on water.)
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![A calorimeter contains 1.500kg of water at 80.0 C. Then 0.500kg of ice at
-5.00 Cis added to the water. Wwhat is the final temperature, in C , after the system has
come to thermal equilibrium? (Look at the equation sheet for data on water.)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8c1821fb-69a2-494c-b5f8-7e78e7f4afbf%2F14532ca2-b2b0-4b32-bf2c-0ff08647d77c%2F8dlqi6v_processed.png&w=3840&q=75)
Transcribed Image Text:A calorimeter contains 1.500kg of water at 80.0 C. Then 0.500kg of ice at
-5.00 Cis added to the water. Wwhat is the final temperature, in C , after the system has
come to thermal equilibrium? (Look at the equation sheet for data on water.)
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