At low temperatures, the heat capacity of certain materials (glasses) can be described by the formula: C₁=aT, where a is a constant. Two identical objects made from such a material are brought together. Their initial temperatures are T₁ = 1K and T₂ = 3K. Assume that the objects exchange heat with each other but not with the surroundings and that the process is performed at constant pressure. What is the final temperature of the objects after equilibrium is achieved?
At low temperatures, the heat capacity of certain materials (glasses) can be described by the formula: C₁=aT, where a is a constant. Two identical objects made from such a material are brought together. Their initial temperatures are T₁ = 1K and T₂ = 3K. Assume that the objects exchange heat with each other but not with the surroundings and that the process is performed at constant pressure. What is the final temperature of the objects after equilibrium is achieved?
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Transcribed Image Text:At low temperatures, the heat capacity of certain materials (glasses)
can be described by the formula:
C₁ = aT,
where a is a constant. Two identical objects made from such a material are brought together.
Their initial temperatures are T₁ = 1K and T₂ = 3K. Assume that the objects exchange heat with
each other but not with the surroundings and that the process is performed at constant pressure.
What is the final temperature of the objects after equilibrium is achieved?
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