The root mean square speed of a group of gas moecules, having speeds `v_(1),v_(2),....v_(N)` isA. `(1)/(N)sqrt((V_(1)+V_(2)+................+V_(N))^(2))`B. `(1)/(N)sqrt((V_(1)^(2)+V_(2)^(2)+...+V_(N)^(2)))`C. `sqrt( (1)/(N)(V_(1)^(2)+V_(2)^(2)+..+V_(N)^(2)))`D. `sqrt((V_(1)+V_(2)+.....+V_(N))^(2))`

The root mean square speed of a group of gas moecules, having speeds `

1.	The root mean square speed of a group of gas moecules, having speeds `v_(1),v_(2),....v_(N)` isA. `(1)/(N)sqrt((V_(1)+V_(2)+................+V_(N))^(2))`B. `(1)/(N)sqrt((V_(1)^(2)+V_(2)^(2)+...+V_(N)^(2)))`C. `sqrt( (1)/(N)(V_(1)^(2)+V_(2)^(2)+..+V_(N)^(2)))`D. `sqrt((V_(1)+V_(2)+.....+V_(N))^(2))`
Answer» Correct Answer - C

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The root mean square speed of a group of gas moecules, having speeds `v_(1),v_(2),....v_(N)` isA. `(1)/(N)sqrt((V_(1)+V_(2)+................+V_(N))^(2))`B. `(1)/(N)sqrt((V_(1)^(2)+V_(2)^(2)+...+V_(N)^(2)))`C. `sqrt( (1)/(N)(V_(1)^(2)+V_(2)^(2)+..+V_(N)^(2)))`D. `sqrt((V_(1)+V_(2)+.....+V_(N))^(2))`

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