Figure shows a parabolic graph between T and 1V (T= temperature, V= volume) for a mixture of gases undergoing an adiabatic process. The ratio of rms velocity of molecules and speed of sound in the mixture of gases at the same temperature is given by √n. Find n.

Figure shows a parabolic graph between T and 1V (T= temperature, V= vo

1.	Figure shows a parabolic graph between T and 1V (T= temperature, V= volume) for a mixture of gases undergoing an adiabatic process. The ratio of rms velocity of molecules and speed of sound in the mixture of gases at the same temperature is given by √n. Find n.
Answer» Figure shows a parabolic graph between $T$ and $\frac{1}{V}$ ( $T =$ temperature, $V =$ volume) for a mixture of gases undergoing an adiabatic process. The ratio of rms velocity of molecules and speed of sound in the mixture of gases at the same temperature is given by $\sqrt{n}$ . Find $n$ .

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Figure shows a parabolic graph between T and 1V (T= temperature, V= volume) for a mixture of gases undergoing an adiabatic process. The ratio of rms velocity of molecules and speed of sound in the mixture of gases at the same temperature is given by √n. Find n.

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