A simplified Rankine cycle and some data are given in the figure below.a. Show the process in a TS diagramb. Calculate the rate of heat addition (QH) to the boiler.c. Calculate Wpump-d. Calculate |Wnetl.e. Determine the thermal efficiency (n)6 MPа,550 °CBoiler6 MPaw, (turbine)|mass flow rate (m): 22 kg/sTurbineTurbine efficiency(isentropic): 89 %w, (pump)34Condenser50 КРa50 kPaWorking fluid: water

Given, Conditions at the inlet of the turbine Enthalpy, Entropy, At condenser Turbine…

A simplified Rankine cycle and some data are given in the figure below. a. Show the process in a TS diagram b. Calculate the rate of heat addition (Qw) to the boiler. c. Calculate Wrump- d. Calculate |Wne|- e. Determine the thermal efficiency (17) 6 MPа, 550 °C Boiler 6 MPa w, (turbine) mass flow rate (m): 22 kg/s Turbine Turbine efficiency (isentropic): 89 % - w, (pump) Condenser 50 kPa 50 КPa Working fluid: water

A simplified Rankine cycle and some data are given in the figure below. a. Show the process in a TS diagram b. Calculate the rate of heat addition (Qw) to the boiler. c. Calculate Wrump- d. Calculate |Wne|- e. Determine the thermal efficiency (17) 6 MPа, 550 °C Boiler 6 MPa w, (turbine) mass flow rate (m): 22 kg/s Turbine Turbine efficiency (isentropic): 89 % - w, (pump) Condenser 50 kPa 50 КPa Working fluid: water

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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Q1. Sketch T-s diagram for Rankine cycle with clear label for the following condition: Condensate pressure = 100 kPa • Boiler pressure = 3 MPa • Inlet temperature to the turbine = 350°C Determine thermal efficiency of the cycle. ANSWER
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