When the faster-moving molecules of Substance A make contact with the slower-moving molecules of Substance B, the temperature of Substance A decreases (because it loses some energy to Substance B), and the temperature of Substance B increases (as it gains energy from Substance A). Thus, the correct response is: The temperature of Substance A decreases and the temperature of Substance B increases.
When the faster-moving molecules of Substance A make contact with the slower-moving molecules of Substance B, how do the temperatures of the substances change?(1 point) Responses The temperatures of both Substance A and Substance B increase. The temperatures of both Substance A and Substance B increase. The temperatures of Substances A and B are not affected. The temperatures of Substances A and B are not affected. The temperature of Substance A decreases and the temperature of Substance B remains the same. The temperature of Substance A decreases and the temperature of Substance B remains the same. The temperature of Substance A decreases and the temperature of Substance B increases.
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