Calculate the power in the compressor, W(kW)Calculate the power-heat in the exchanger, Q(kW)Calculate the power in the turbine, W(kW) An open gas turbine cycle operates on air according to the sketch below:(2)P=3.7 atmT-430 KH2-431.43 kJ/kgZ2-20 mu2= 600 m/sCompressor(1)P=1 atmT-300 KH1-300 kJ/kgZI=10 mul= 200 m/sWHeat ExchangerQ(3)P=3.7 atmT-820 KH3-843.98 kJ/kg23-20 mu3=600 m/sTurbineP-1 atmT=570 KH4-575.59 kJ/kg24-10 mu4- 300 m/sThe compressor and the turbine are both frictionless and adiabatic. The flow process througheither of them may be considered reversible. Assume the air behaves as an ideal gas with constantspecific heat and Cp-1.004 kJ/kg*K.

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alculate the power in the compressor, W(kW) Calculate the power-heat in the exchanger, Q(kW) Calculate the power in the turbine, W(kW)

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

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Problem 1.1MA

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Question

Calculate the power in the compressor, W(kW) Calculate the power-heat in the exchanger, Q(kW) Calculate the power in the turbine, W(kW)

An open gas turbine cycle operates on air according to the sketch below:
(2)
P=3.7 atm
T-430 K
H2-431.43 kJ/kg
Z2-20 m
u2= 600 m/s
Compressor
(1)
P=1 atm
T-300 K
H1-300 kJ/kg
ZI=10 m
ul= 200 m/s
W
Heat Exchanger
Q
(3)
P=3.7 atm
T-820 K
H3-843.98 kJ/kg
23-20 m
u3=600 m/s
Turbine
P-1 atm
T=570 K
H4-575.59 kJ/kg
24-10 m
u4- 300 m/s
The compressor and the turbine are both frictionless and adiabatic. The flow process through
either of them may be considered reversible. Assume the air behaves as an ideal gas with constant
specific heat and Cp-1.004 kJ/kg*K.

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