4. A 505 gram piece of copper tubing is heated to 99.0 °C and placed in an insulated vessel containing 59.8 grams of water at 24.8 °C. Assume that the water and the vessel are at the same temperature and that all of the heat released from the copper is absorbed by the water and the vessel. If the vessel has a heat capacity of 10.0 J/K, what is the final temperature of the system when it reaches physical equilibrium?

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4. A 505 gram piece of copper tubing is heated to 99.0 °C and placed in an insulated vessel containing
59.8 grams of water at 24.8 °C. Assume that the water and the vessel are at the same temperature and
that all of the heat released from the copper is absorbed by the water and the vessel. If the vessel has a
heat capacity of 10.0 J/K, what is the final temperature of the system when it reaches physical
equilibrium?
Transcribed Image Text:4. A 505 gram piece of copper tubing is heated to 99.0 °C and placed in an insulated vessel containing 59.8 grams of water at 24.8 °C. Assume that the water and the vessel are at the same temperature and that all of the heat released from the copper is absorbed by the water and the vessel. If the vessel has a heat capacity of 10.0 J/K, what is the final temperature of the system when it reaches physical equilibrium?
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