The air compressor gets the required power from the connected steam turbine.a) Required power for the compressorb)Calculate the steam flow to meet the power .(Adiabatic system; KE = PE = 0) P1=A MPa ; T;=B°CP2=H kPa ; T2=K °CW=?kWsteam turbineair compressorm=? kg/sm=G kg/sP2=C kPaP;=;E kPaX2=D %T;=F°Cturbine P1AMPa1.80°C=273 Kturbine T1B°C400AİRturbine P2CkPa20kJkJkJCp = 1,006kg.K87R = 0,287;kg.KC, = 0,718-kg.Kturbine X2D%%3Dcompressor P1EkPa100WATERcompressor T1F°C22kJGkg/s25Cp = 4,186-kg.Kcompressor maircompressor P2HkPa630compressor Т2K°C147

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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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The air compressor gets the required power from the connected steam turbine.
a) Required power for the compressor
b)
Calculate the steam flow to meet the power .
(Adiabatic system; KE = PE = 0)

P1=A MPa ; T;=B°C
P2=H kPa ; T2=K °C
W=?kW
steam turbine
air compressor
m=? kg/s
m=G kg/s
P2=C kPa
P;=;E kPa
X2=D %
T;=F°C
turbine P1
A
MPa
1.8
0°C=273 K
turbine T1
B
°C
400
AİR
turbine P2
C
kPa
20
kJ
kJ
kJ
Cp = 1,006
kg.K
87
R = 0,287;
kg.K
C, = 0,718-
kg.K
turbine X2
D
%
%3D
compressor P1
E
kPa
100
WATER
compressor T1
F
°C
22
kJ
G
kg/s
25
Cp = 4,186-
kg.K
compressor mair
compressor P2
H
kPa
630
compressor Т2
K
°C
147

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