With complete solutions and clear units/conversion factors if applicable. Box your final answers. Thank you. Use steam table. Answers are already indicated. 2. A Steam power plant uses a Rankine cycle to produce electricalpower. The boiler pressure is 2 MP a and the temperature at theturbine inlet is 300 C. The inlet pre ssureand the entropy is 0.8931 kJ/ kg -k The turlbine gives Iuw OFwork to the generator. Find the dryness oF the steam at turbineexit, wp, Qa, Qr, Wt, Wnet, erriciency, SR, and mass Flowrate of steam :pumpis 0.025 MPa84. C65°%. , 2, 0143 kJ/kg, 2749:56 kJ/kg, 1980-15 kJ/ kg, Re5.42 k)(kg763.41 kJ/ kg , 27. 16 °% ,4.1157 kg/ kWh , 1.3064 kg/s

Answered: Image /qna-images/answer/6c1f35c1-9de8-468c-9cf1-750de6877710.jpg

2. A Ste am power plant uses a Rankine cycle to produce electrical power. The boiler pressure is 2 MP a and the temperature at the turbine inlet is 300 C. The inlet pre ssure is 0.025 MPa and the entropy is 0.8931 kJ/ kg -k The turbine gives uw oF work to the generator. Find the dryness of the steam at turbine exit, Wp, Qa, Qr, Wt, whet, erficiency, SR, and mass plow rate of steam pump

2. A Ste am power plant uses a Rankine cycle to produce electrical power. The boiler pressure is 2 MP a and the temperature at the turbine inlet is 300 C. The inlet pre ssure is 0.025 MPa and the entropy is 0.8931 kJ/ kg -k The turbine gives uw oF work to the generator. Find the dryness of the steam at turbine exit, Wp, Qa, Qr, Wt, whet, erficiency, SR, and mass plow rate of steam pump

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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A Steam power plant uses a Rankine cycle to produce electrical power. The boiler pressure is 2 MPa and the temperature at the turbine inlet is 300C. The pump inlet pressure is 0.025 MPa and the entropy is 0.8931 kJ/kg-k. The turbine gives 1MW of work to the generator. Find the dryness of the steam at turbine exit, Wp, Qa, Qr, Wt, Wnet, efficiency, SR, and mass flow rate of steam. (84.65%, 2.0143 kJ/kg, 2749.56 kJ/kg, 1986.15 kJ/kg, 765.42 kJ/kg, 763.41 kJ/kg, 27.76%, 4.7157 kg/kWh, 1.3064 kg/s) -Draw the T-S diagram with properly labelled points and solve the problems. Show your COMPLETE solution - Use the Steam Table provided if necessary.
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