An HCl molecule has rotational, translational
and vibrational motions. If the rms velocity of
HCl molecules in its gaseous phase is $\overline v $ , m is
its mass and kB is Boltzmann constant, then its
temperature will be :
${{m{{\overline v }^2}} \over {5{k_B}}}$
${{m{{\overline v }^2}} \over {6{k_B}}}$
${{m{{\overline v }^2}} \over {7{k_B}}}$
${{m{{\overline v }^2}} \over {3{k_B}}}$
Solution
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