Instructions:Perform a cycle analysis for the given reheat-regenerative Rankine cycles.Supply the table with the necessary equations based on enthalpy and mass fraction of working fluid’s state points.Derive the equations by analyzing the processes plotted in the T-s diagram.Show that the derived equations from T-s diagram analysis are consistent with the derivations by Energy Balance method.You may sketch the individual component to visualize your energy balance process. BoilerB₁1Kg1OH2(1-m₂)22Reheater3Turbinem₂m,B,812] 0₂²17OH1Plant Layout of Case 4(1-m,)5 (1-m,-m₂)B₁B.B₁78m₂(1-m₁-m₂)6Ts diagram of Case 4.m₁35S A.B.C.m₂m₁Total Turbine Work, WTHeat Added to the Reheater, QReheaterHeat Added to the Boiler, Q BoilerTotal Heat Added to the System, QATHeat Rejected by the Condenser, QRWork Input in Pump 1, WP1Work Input in Pump 2, W P2Work Input in Pump 3, WP3Total Pump Work, Σ WpThermal Efficiency of the Cycle, ecCycle Analysis

The cycle is reheat regenerative rankine cycle

Answered: m2 m1 Total Turbine Work, WT Heat Added…

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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Instructions:

Perform a cycle analysis for the given reheat-regenerative Rankine cycles.
Supply the table with the necessary equations based on enthalpy and mass fraction of working fluid’s state points.
Derive the equations by analyzing the processes plotted in the T-s diagram.
Show that the derived equations from T-s diagram analysis are consistent with the derivations by Energy Balance method.
You may sketch the individual component to visualize your energy balance process.

Boiler
B₁
1Kg
1
OH2
(1-m₂)
2
2
Reheater
3
Turbine
m₂
m,
B,
8
12] 0₂²1
7
OH1
Plant Layout of Case 4
(1-m,)
5 (1-m,-m₂)
B₁
B.
B₁
7
8
m₂
(1-m₁-m₂)
6
Ts diagram of Case 4.
m₁
3
5
S

A.
B.
C.
m₂
m₁
Total Turbine Work, WT
Heat Added to the Reheater, QReheater
Heat Added to the Boiler, Q Boiler
Total Heat Added to the System, QAT
Heat Rejected by the Condenser, QR
Work Input in Pump 1, WP1
Work Input in Pump 2, W P2
Work Input in Pump 3, WP3
Total Pump Work, Σ Wp
Thermal Efficiency of the Cycle, ec
Cycle Analysis

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