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P1 10 Boiler 12. P13 8200 PIV 14 16 Closed Closed FWHI FWHII 8 T13 350 13 PIII High-P Turbine Open FWH PII of P14 5200 T[C] 17 Low-P Turbine 18 m P15 3000 PI рекрај - Reversible processes. There is no pressure drop in the boiler and pipes. The turbines are adiabatic (adiabatic + reversal = sentropic.) The inlet temperatures to the turbines are the same. At the entrance to each pump, the water is in a state of saturated liquid. In closed heat exchangers, the cooling water is at of the dis Condenser P16 290 P18 110

P1 10 Boiler 12. P13 8200 PIV 14 16 Closed Closed FWHI FWHII 8 T13 350 13 PIII High-P Turbine Open FWH PII of P14 5200 T[C] 17 Low-P Turbine 18 m P15 3000 PI рекрај - Reversible processes. There is no pressure drop in the boiler and pipes. The turbines are adiabatic (adiabatic + reversal = sentropic.) The inlet temperatures to the turbines are the same. At the entrance to each pump, the water is in a state of saturated liquid. In closed heat exchangers, the cooling water is at of the dis Condenser P16 290 P18 110

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
Problem 1.1MA
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Plot the cycle points on a T-s diagram C. Calculate the specific power of the turbines (each separately.) d. Calculate the specific work of the pumps (each separately) E. Calculate the amount of specific heat evacuated in the condenser.
Transcribed Image Text:Plot the cycle points on a T-s diagram C. Calculate the specific power of the turbines (each separately.) d. Calculate the specific work of the pumps (each separately) E. Calculate the amount of specific heat evacuated in the condenser.
P1 10 Boiler 12 10 P13 8200 Closed FWHI PIV 14 8 16 T13 350 13 Closed FWH II PIII High-P Turbine Open FWH PII 10H P14 5200 +[C] 17 Low-P Turbine 18 m P15 3000 PI р[кра] Reversible processes. • There is no pressure drop in the boiler and pipes. • The turbines are adiabatic (adiabatic + reversal = isentropic.) • The inlet temperatures to the turbines are the same. • At the entrance to each pump, the water is in a state of saturated liquid. • In closed heat exchangers, the cooling water is at the saturation temperature of the discharge water 19 11 Condenser P16 290 P18 110
Transcribed Image Text:P1 10 Boiler 12 10 P13 8200 Closed FWHI PIV 14 8 16 T13 350 13 Closed FWH II PIII High-P Turbine Open FWH PII 10H P14 5200 +[C] 17 Low-P Turbine 18 m P15 3000 PI р[кра] Reversible processes. • There is no pressure drop in the boiler and pipes. • The turbines are adiabatic (adiabatic + reversal = isentropic.) • The inlet temperatures to the turbines are the same. • At the entrance to each pump, the water is in a state of saturated liquid. • In closed heat exchangers, the cooling water is at the saturation temperature of the discharge water 19 11 Condenser P16 290 P18 110
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why does h[11] = h[10]= h[12], thank you so much

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