Let `barv,v_(rms) and v_p` respectively denote the mean speed. Root mean square speed, and most probable speed of the molecules in an ideal monoatomic gas at absolute temperature T. The mass of a molecule is m. ThenA. no molecule can have speed greater than `sqrt(2)^(v_(ms))`B. no molecule can have speed less than `underset(p)("V/")sqrt2`C. `V_(p)lt V_(av) ltV_(ms)`D. the average kinetic energy of a molecule is `3//4 mv_(p)^2`

Let `barv,v_(rms) and v_p` respectively denote the mean speed. Root me

1.	Let `barv,v_(rms) and v_p` respectively denote the mean speed. Root mean square speed, and most probable speed of the molecules in an ideal monoatomic gas at absolute temperature T. The mass of a molecule is m. ThenA. no molecule can have speed greater than `sqrt(2)^(v_(ms))`B. no molecule can have speed less than `underset(p)("V/")sqrt2`C. `V_(p)lt V_(av) ltV_(ms)`D. the average kinetic energy of a molecule is `3//4 mv_(p)^2`
Answer» Correct Answer - C::D Refer to maxvell dismintion curve

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