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6. A binary vapor cycle operates under the following conditions: - Pressure in the mercury boiler =17.76 bar Pressure in the mercury condenser =0.28 bar The initial steam pressure to steam turbine =50 bar Steam condenser pressure =0.072 bar Initial condition of mercury and steam is dry and saturated. Calculate (a) mass of mercury per kg of steam (b) Thermal efficiency of the cycle. P hm hg 40.128 Sfm Sg 0.28 0.09914 -- -- | 17.76 362.401 0.49533

6. A binary vapor cycle operates under the following conditions: - Pressure in the mercury boiler =17.76 bar Pressure in the mercury condenser =0.28 bar The initial steam pressure to steam turbine =50 bar Steam condenser pressure =0.072 bar Initial condition of mercury and steam is dry and saturated. Calculate (a) mass of mercury per kg of steam (b) Thermal efficiency of the cycle. P hm hg 40.128 Sfm Sg 0.28 0.09914 -- -- | 17.76 362.401 0.49533

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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6. A binary vapor cycle operates under the following conditions: - Pressure in the mercury boiler =17.76 bar Pressure in the mercury condenser =0.28 bar The initial steam pressure to steam turbine =50 bar Steam condenser pressure =0.072 bar Initial condition of mercury and steam is dry and saturated. Calculate (a) mass of mercury per kg of steam (b) Thermal efficiency of the cycle. P hm hg 40.128 Sfm Sg 0.28 0.09914 -- -- | 17.76 362.401 0.49533 -- --
Transcribed Image Text:6. A binary vapor cycle operates under the following conditions: - Pressure in the mercury boiler =17.76 bar Pressure in the mercury condenser =0.28 bar The initial steam pressure to steam turbine =50 bar Steam condenser pressure =0.072 bar Initial condition of mercury and steam is dry and saturated. Calculate (a) mass of mercury per kg of steam (b) Thermal efficiency of the cycle. P hm hg 40.128 Sfm Sg 0.28 0.09914 -- -- | 17.76 362.401 0.49533 -- --
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