Two blocks are placed in contact with one another. The one on the left has a temperature of 150 K, and the one on the right has a tempera- ture of 275 K. Left alone, what will happen to the temperatures of the objects? A The blocks will both reach an equilibrium temperature between 150 K and 275 K. B Each block will take on the other block's temperature, with 275 K on the left and 150 K on the right. C Both blocks will become hotter until their temperatures reach 425 K. Both blocks will lose heat until they reach a temperature of 125 K.

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Two blocks are placed in contact with one another. The one on the left
has a temperature of 150 K, and the one on the right has a tempera-
ture of 275 K. Left alone, what will happen to the temperatures of the
objects?
A The blocks will both reach an equilibrium temperature between
150 K and 275 K.
B
Each block will take on the other block's temperature, with 275 K
on the left and 150 K on the right.
Both blocks will become hotter until their temperatures reach
425 К.
Both blocks will lose heat until they reach a temperature of 125 K.
Transcribed Image Text:Two blocks are placed in contact with one another. The one on the left has a temperature of 150 K, and the one on the right has a tempera- ture of 275 K. Left alone, what will happen to the temperatures of the objects? A The blocks will both reach an equilibrium temperature between 150 K and 275 K. B Each block will take on the other block's temperature, with 275 K on the left and 150 K on the right. Both blocks will become hotter until their temperatures reach 425 К. Both blocks will lose heat until they reach a temperature of 125 K.
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