assuming-that-ethane-c2h6-behaves-as-an-ideal-gas-determine-the-change-in-entrop

Question

Assuming that ethane ($$C_{2}H$$_{6}) behaves as an ideal gas, determine the change in entropy when the volume of 3.90 g of $$C_{2}H$$_{6} decreases from 1.95 L to 1.08 L at a constant temperature of 298 K.

Accepted Answer

−6.37×$$10^{−1} J/K$$

Answer

−3.68×$$10^{−1} J/K$$

Answer

3.68×$$10^{−1} J/K$$

Answer

6.37×$$10^{−1} J/K$$

Assuming that ethane (C2H6) behaves as an ideal gas, determine the change in entropy when the volume of 3.90 g of C2H6 decreases from 1.95 L to 1.08 L at a constant temperature of 298 K.

Assuming that ethane (C₂H₆) behaves as an ideal gas, determine the change in entropy when the volume of 3.90 g of C₂H₆ decreases from 1.95 L to 1.08 L at a constant temperature of 298 K.