For a monatomic gas, kinetic energy `= E`. The relation with `rms` velocity isA. `u=((2E)/m)^(1//2)`B. `u=((3E)/(2m))^(1//2)`C. `u=(E/(2m))^(1//2)`D. `u=(E/(3m))^(1//2)`

For a monatomic gas, kinetic energy `= E`. The relation with `rms` vel

1.	For a monatomic gas, kinetic energy `= E`. The relation with `rms` velocity isA. `u=((2E)/m)^(1//2)`B. `u=((3E)/(2m))^(1//2)`C. `u=(E/(2m))^(1//2)`D. `u=(E/(3m))^(1//2)`
Answer» Correct Answer - A

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For a monatomic gas, kinetic energy `= E`. The relation with `rms` velocity isA. `u=((2E)/m)^(1//2)`B. `u=((3E)/(2m))^(1//2)`C. `u=(E/(2m))^(1//2)`D. `u=(E/(3m))^(1//2)`

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