Enthalpy data is given for a regenerative Brayton cycle with intercooling and reheating. The cycle produces a net power of 14??. Calculatea) the thermal efficiencyb) the second law efficiency if the cycle receives heat from a medium at a temperature of 1600? and rejects heat to a medium at a temperature 290. Enthalpy data is given for a regenerative Brayton cycle with intercooling and reheating. The cycleproduces a net power of 14MW. Calculated) the thermal efficiencye) the second law efficiency if the cycle receives heat from a medium at a temperature of 1600K andrejects heat to a medium at a temperature 290K.State h (kJ/kg) State h (kJ/kg)1575.571085.311300.19411.2273300.1981575.574446.501173.8451173.8410446.50RegeneratorReheatertoCombustionchamber"netCompressorCompressorIITurbine ITurbine IIIntercooler

Given that: W = 14 MW State h State h 1 300.19 6 1575.57 2 411.22 7 1085.31 3 300.19 8…

Answered: Enthalpy data is given for a…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

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Enthalpy data is given for a regenerative Brayton cycle with intercooling and reheating. The cycle
produces a net power of 14??. Calculate
a) the thermal efficiency
b) the second law efficiency if the cycle receives heat from a medium at a temperature of 1600? and rejects heat to a medium at a temperature 290.

Enthalpy data is given for a regenerative Brayton cycle with intercooling and reheating. The cycle
produces a net power of 14MW. Calculate
d) the thermal efficiency
e) the second law efficiency if the cycle receives heat from a medium at a temperature of 1600K and
rejects heat to a medium at a temperature 290K.
State h (kJ/kg) State h (kJ/kg)
1575.57
1085.31
1
300.19
411.22
7
3
300.19
8
1575.57
4
446.50
1173.84
5
1173.84
10
446.50
Regenerator
Reheater
to
Combustion
chamber
"net
Compressor
Compressor
II
Turbine I
Turbine II
Intercooler

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