At a given temperature if ${{V}_{rms}}$ is the root mean square velocity of the molecules of a gas and ${{V}_{s}}$ the velocity of sound in it, then these are related as $\left( \gamma =\frac{{{C}_{P}}}{{{C}_{v}}} \right)$

Question

Accepted Answer

${{V}_{rms}}=\sqrt{\frac{3}{\gamma }}	imes {{V}_{s}}$

Answer

${{V}_{rms}}={{V}_{s}}$

Answer

${{V}_{rms}}=\sqrt{\frac{\gamma }{3}}	imes {{V}_{s}}$

Answer

${{V}_{rms}}=\left( \frac{3}{\gamma } ight)	imes {{V}_{s}}$

Kinetic Theory of Gases

Question: At a given temperature if ${{V}_{rms}}$ is the root mean square velocity of the molecules of a gas and ${{V}_{s}}$ the velocity of sound in it, then these are related as $\left( \gamma =\frac{{{C}_{P}}}{{{C}_{v}}} \right)$

Kinetic Theory of Gases

Question: At a given temperature if ${{V}_{rms}}$ is the root mean square velocity of the molecules of a gas and ${{V}_{s}}$ the velocity of sound in it, then these are related as $\left( \gamma =\frac{{{C}_{P}}}{{{C}_{v}}} \right)$

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