1. The efficiency of Carnot cycle is the efficiency of Rankine cycle. a. less than c. greater than b. equal to d. less than or greater than 2. Work output of turbine is the work input to the pump a. less than b. greater than c. equal to d. less than or greater than 3. The path followed in a vapor power cycle is a. boiler-condenser-turbine-pump b. boiler-turbine condenser-pump c. boiler-pump-turbine-condenser d. boiler-pump-turbine - condenser 4. For a fluid undergoing cycle process, a. there is no net change in its internal energy b. energy transfer as heat is equal to the energy transfer as work c. both of the mentioned d. none of the mentioned 5. Heat loss from turbine is generally neglected. a. True b. False 6. The only process which is different in Carnot and Rankine cycle is a. compression in pump b. expansion in turbine c. heat rejection process d. heat addition process
1. The efficiency of Carnot cycle is the efficiency of Rankine cycle. a. less than c. greater than b. equal to d. less than or greater than 2. Work output of turbine is the work input to the pump a. less than b. greater than c. equal to d. less than or greater than 3. The path followed in a vapor power cycle is a. boiler-condenser-turbine-pump b. boiler-turbine condenser-pump c. boiler-pump-turbine-condenser d. boiler-pump-turbine - condenser 4. For a fluid undergoing cycle process, a. there is no net change in its internal energy b. energy transfer as heat is equal to the energy transfer as work c. both of the mentioned d. none of the mentioned 5. Heat loss from turbine is generally neglected. a. True b. False 6. The only process which is different in Carnot and Rankine cycle is a. compression in pump b. expansion in turbine c. heat rejection process d. heat addition process
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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