A hot copper pot of mass 2.0 kg (including its copper lid) is at a temperatureof 150°C. You pour 0.10 kg of cool water at 25°C into the pot, thenquickly replace the lid so no steam can escape. Find the final temperatureof the pot and its contents, and determine the phase of the water (liquid,gas, or a mixture). Assume that no heat is lost to the surroundings.
A hot copper pot of mass 2.0 kg (including its copper lid) is at a temperatureof 150°C. You pour 0.10 kg of cool water at 25°C into the pot, thenquickly replace the lid so no steam can escape. Find the final temperatureof the pot and its contents, and determine the phase of the water (liquid,gas, or a mixture). Assume that no heat is lost to the surroundings.
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A hot copper pot of mass 2.0 kg (including its copper lid) is at a temperature
of 150°C. You pour 0.10 kg of cool water at 25°C into the pot, then
quickly replace the lid so no steam can escape. Find the final temperature
of the pot and its contents, and determine the phase of the water (
liquid,
gas, or a mixture). Assume that no heat is lost to the surroundings.
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