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QAI=?" 5MPa,370°C e = 60% WHPT =? (ACTUAL)MW e=G58 2 REQUIRED! 2 MPa Q R = Q² + ₂0 = MCN CAT QR - Mcw Chf 7 - hf8) 3 m = 36,000kg/hR WH PT in MW WLPT in MW Wp (kW) Mcw (kg/min) efficiency in 2 360˚C e = 80% 5 • WLPT = ? (ACTUAL) MW 250 (4 Mcw 7 =?ку стасбof min cooling Water 60°C +15 °C 8 Wp=? (ACTUAL) KW

QAI=?" 5MPa,370°C e = 60% WHPT =? (ACTUAL)MW e=G58 2 REQUIRED! 2 MPa Q R = Q² + ₂0 = MCN CAT QR - Mcw Chf 7 - hf8) 3 m = 36,000kg/hR WH PT in MW WLPT in MW Wp (kW) Mcw (kg/min) efficiency in 2 360˚C e = 80% 5 • WLPT = ? (ACTUAL) MW 250 (4 Mcw 7 =?ку стасбof min cooling Water 60°C +15 °C 8 Wp=? (ACTUAL) KW

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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SUBJECT: Thermodynamics 2

Answer in 5 decimal places and unit analysis. 

QAI=?" T 5MPa, 370°C e=608 2 REQUIRED! WH PT WLPT Wp (kW) 6 in MW in MW WHAT=? (ACTUAL) MW e=G58 QR = Qu₂o = M₂N_CAT #20 QR = Mcw (hf7-hf8) 2MPa ? QA=! m = 36.000kg/hR Mcw (kg/min) efficiency in 2 360°C e = 80% 5 • WLPT = ? (ACTUAL) MW 25°C 4 Mcw = ? kg (mass of min cooling 7 60°C 60°℃ water) 15°C 8 Wp=?CACTUAL) KW
Transcribed Image Text:QAI=?" T 5MPa, 370°C e=608 2 REQUIRED! WH PT WLPT Wp (kW) 6 in MW in MW WHAT=? (ACTUAL) MW e=G58 QR = Qu₂o = M₂N_CAT #20 QR = Mcw (hf7-hf8) 2MPa ? QA=! m = 36.000kg/hR Mcw (kg/min) efficiency in 2 360°C e = 80% 5 • WLPT = ? (ACTUAL) MW 25°C 4 Mcw = ? kg (mass of min cooling 7 60°C 60°℃ water) 15°C 8 Wp=?CACTUAL) KW
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