The relation between rms velocity, `v_(rms)` and the most probable velocity, `v_(mp)`, of a gas isA. `v_(rms)=v_(mp)`B. `v_(rms)=sqrt((3)/(2))mp`C. `v_(rms)=(2)/(3)v_(mp)`D. `v_(rms)=(2)/(3)v_(mp)`

The relation between rms velocity, `v_(rms)` and the most probable vel

1.	The relation between rms velocity, `v_(rms)` and the most probable velocity, `v_(mp)`, of a gas isA. `v_(rms)=v_(mp)`B. `v_(rms)=sqrt((3)/(2))mp`C. `v_(rms)=(2)/(3)v_(mp)`D. `v_(rms)=(2)/(3)v_(mp)`
Answer» Correct Answer - B

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The relation between rms velocity, `v_(rms)` and the most probable velocity, `v_(mp)`, of a gas isA. `v_(rms)=v_(mp)`B. `v_(rms)=sqrt((3)/(2))mp`C. `v_(rms)=(2)/(3)v_(mp)`D. `v_(rms)=(2)/(3)v_(mp)`

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