during-an-isothermal-and-reversible-process-1-mole-of-helium-gas-initially-havin

Question

During an isothermal and reversible process, 1 mole of helium gas, initially having a velocity distribution probability f(v), expands to occupy double its original volume. What is the change in the velocity distribution probability due to the isothermal expansion?

Accepted Answer

The velocity distribution probability f(v) does not change

Answer

The peak of the distribution probability f(v) is shifted to right side (higher speed)

Answer

The peak of the distribution probability f(v) is shifted to left side (lower speed)

Answer

More information is required to quantify the change in the velocity distribution probability

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During an isothermal and reversible process, 1 mole of helium gas, initially having a velocity distribution probability f(v), expands to occupy double its original volume. What is the change in the velocity distribution probability due to the isothermal expansion?