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An ideal gas has number of moles \(n=2\), initial volume \(V_0\) and pressure \[ P=P_0\left[1+\left(\frac{V_0}{V}\right)^2\right]^{-1}. \] The gas goes from state \(A\) (initial) to \(B\) (final) such that volume becomes \(3V_0\). Find \(T_A-T_B\).

Updated On: Apr 6, 2026

\( \dfrac{11P_0V_0}{10R} \)
\( \dfrac{5P_0V_0}{11R} \)
\( \dfrac{11P_0V_0}{5R} \)
\( \dfrac{10P_0V_0}{11R} \)

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The Correct Option is A

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