1.One mole of ideal diatomic gas (CV=5 cal mol−1K−1C_V = 5\,\text{cal mol}^{-1}\text{K}^{-1}CV=5cal mol−1K−1) goes from 25°C, 1 L to 100°C, 10 L. Entropy change (R=2 cal mol−1K−1R = 2\,\text{cal mol}^{-1}\text{K}^{-1}R=2cal mol−1K−1):a.3ln373298+2ln103\ln\frac{373}{298} + 2\ln 103ln298373+2ln10b.5ln373298+2ln105\ln\frac{373}{298} + 2\ln 105ln298373+2ln10c.7ln373298+2ln1017\ln\frac{373}{298} + 2\ln\frac{10}{1}7ln298373+2ln110d.5ln373298+2ln1015\ln\frac{373}{298} + 2\ln\frac{10}{1}5ln298373+2ln110Login to continueOnly logged in users canattempt or see the solution.
