1. The specific entropy of a system is an intensive property of the system. T F

2. Losing heat is the only mechanism by which the entropy of a closed system decreases. T F

3. The entropy of an adiabatic (isolated) system can never decrease. T F

4. Entropy can neither be created nor destroyed. T F

5. The entropy change of an ideal gas in a constant pressure process is lower than the entropy

change of the same ideal gas in a constant volume process. T F

6. The temperature of liquids and solids remains constant during an isentropic process. T F

7. Entropy generation in reversible processes can be zero. T F

8. In adiabatic processes, the entropy change is only due to the factors of irreversibility. T F