Which of the following statements is false in terms of increasing the efficiency of the ideal Rankine Cycle? A. Decreasing the condenser pressure lowers the temperature of the steam as well as the temperature at which heat is rejected. B. Expansion of the steam in two stages with reheating reduces the moisture content of the steam. C. Increasing the boiler pressure will increase the efficiency of the cycle and reduce the moisture content of the steam. D. N E. Superheating the steam to high temperatures increases the temperature at which heat is added and therefore increases the net work.
Which of the following statements is false in terms of increasing the efficiency of the ideal Rankine Cycle? A. Decreasing the condenser pressure lowers the temperature of the steam as well as the temperature at which heat is rejected. B. Expansion of the steam in two stages with reheating reduces the moisture content of the steam. C. Increasing the boiler pressure will increase the efficiency of the cycle and reduce the moisture content of the steam. D. N E. Superheating the steam to high temperatures increases the temperature at which heat is added and therefore increases the net work.
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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Which of the following statements is false in terms of increasing the efficiency of the ideal Rankine Cycle?
A. Decreasing the condenser pressure lowers the temperature of the steam as well as the temperature at which heat is rejected.
B. Expansion of the steam in two stages with reheating reduces the moisture content of the steam.
C. Increasing the boiler pressure will increase the efficiency of the cycle and reduce the moisture content of the steam.
D. N
E. Superheating the steam to high temperatures increases the temperature at which heat is added and therefore increases the net work.
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