Question

The pressure of an ideal gas varies according to the law $P=P_0-A V^2$, where $P_0$ and $A$ are positive constants. Then

• A. the highest temperature $T_{\max }$ that can be attained by the gas is $\frac{2 P_0}{3 n R} \sqrt{\frac{16}{3 A}}$
• B. for $T_{\max }, V=\sqrt{\frac{P_0}{3 A}}$
• C. $T_{\max }=\frac{3 P_0}{2 n R} \sqrt{\frac{P_0}{3 A}}$
• D. None of these

Answer 1

Answer: (B)

Correct answer is (b) for $T_{\max }, V=\sqrt{\frac{P_0}{3 A}}$