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(D) The expressions for most probable velocity $(V_{mp})$,average velocity $(\bar{V})$,and root mean square velocity $(V_{rms})$ are as follows:$V_{mp

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(D) The expressions for most probable velocity $(V_{mp})$,average velocity $(\bar{V})$,and root mean square velocity $(V_{rms})$ are as follows:$V_{mp} = \sqrt{\frac{2RT}{M}}$$\bar{V} = \sqrt{\frac{8RT}{\pi M}} \approx \sqrt{\frac{2.55RT}{M}}$$V_{rms} = \sqrt{\frac{3RT}{M}}$Comparing these values,we get the order: $V_{mp} In the Maxwell-Boltzmann distribution curve,the peak corresponds to $V_{mp}$,followed by $\bar{V}$,and then $V_{rms}$ on the right side of the peak.Thus,the correct plot is the one where the order from left to right is $V_{mp}$,$\bar{V}$,$V_{rms}$.

Among the following,the plot that shows the correct marking of most probable velocity $(V_{mp})$,average velocity $(\bar{V})$,and root mean square velocity $(V_{rms})$ is

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