Question

2. What happens to the random motion when an ideal
gas undergoes free expansion (i.e., expansion into a
vacuum)?​

Answer 1

Answer:

If ideal gas undergoes expansion distances between particles increases and collisions decreases results in random motion of particles increases due to freeness of particles

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Answer 2

HEY❣

WHEN AN IDEAL GAS UNDERGOES FREE EXPANSION THE DISTANCES BETWEEN PARTICLES INCREASES AND COLLISIONS DECREASES WHICH RESULTS IN RANDOM MOTIONS OF PARTICLES INCREASES DUE TO FREENESS OF PARTICLES.

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