how pressure and temperature affect brownian motion
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More specifically, absolute temperature is proportional to the kinetic energy of the Brownian motion per unit mass. ... Back to your question as you posed it: The answer is that, if you raise the temperature, Brownian motion becomes more energetic, but such a statement actually reverses cause and effect.
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Answer:
High pressure makes the particle more stabe and High temperature makes particles rise up.
Explanation:
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