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BOILER 69 P₁ = 10 MPa T₁ = 600°C. + RBINE 73 4 P₂=/2.8 Ma 71 MPa GENERATOR P401 MPa ·5 P= 0.05MPa CONDENSER By 7 06 本 PUMPI PEEPWATER Purp 3 FED WATER FEEDWATER HEATER I HATER 2 & HEATER ? PUMP 4 Required: A. Enthalpies: (from h₁ to hB, ) B. Draw the actual T s diagram C. For the ideal cycle: H to welv tej TS sup 1. extraction masses (m₂, m3, m4) 2. e 13. ec D. For the actual cycle: T = 90%; n = 85% ; ng = 80% A. WI 5. BHR 6. ek 7. KHR

BOILER 69 P₁ = 10 MPa T₁ = 600°C. + RBINE 73 4 P₂=/2.8 Ma 71 MPa GENERATOR P401 MPa ·5 P= 0.05MPa CONDENSER By 7 06 本 PUMPI PEEPWATER Purp 3 FED WATER FEEDWATER HEATER I HATER 2 & HEATER ? PUMP 4 Required: A. Enthalpies: (from h₁ to hB, ) B. Draw the actual T s diagram C. For the ideal cycle: H to welv tej TS sup 1. extraction masses (m₂, m3, m4) 2. e 13. ec D. For the actual cycle: T = 90%; n = 85% ; ng = 80% A. WI 5. BHR 6. ek 7. KHR

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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BOILER 69 P₁ = 10 MPa T₁ = 600°C. + RBINE 73 4 P₂=/2.8 Ma 71 MPa GENERATOR P401 MPa ·5 P= 0.05MPa CONDENSER By 7 06 本 PUMPI PEEPWATER Purp 3 FED WATER FEEDWATER HEATER I HATER 2 & HEATER ? PUMP 4 Required: A. Enthalpies: (from h₁ to hB, ) B. Draw the actual T s diagram C. For the ideal cycle: H to welv tej TS sup 1. extraction masses (m₂, m3, m4) 2. e 13. ec D. For the actual cycle: T = 90%; n = 85% ; ng = 80% A. WI 5. BHR 6. ek 7. KHR
Transcribed Image Text:BOILER 69 P₁ = 10 MPa T₁ = 600°C. + RBINE 73 4 P₂=/2.8 Ma 71 MPa GENERATOR P401 MPa ·5 P= 0.05MPa CONDENSER By 7 06 本 PUMPI PEEPWATER Purp 3 FED WATER FEEDWATER HEATER I HATER 2 & HEATER ? PUMP 4 Required: A. Enthalpies: (from h₁ to hB, ) B. Draw the actual T s diagram C. For the ideal cycle: H to welv tej TS sup 1. extraction masses (m₂, m3, m4) 2. e 13. ec D. For the actual cycle: T = 90%; n = 85% ; ng = 80% A. WI 5. BHR 6. ek 7. KHR
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