A Simple Steam Power Plant under the conditions shown in the diagram. Neglect Kinetic Energy and Potential Energy across the power plant and neglect the heat transfer from the turbine. Choose the correct answers The power done by the turbine = 12 MW. The heat supplied to Boiler = 25.7 MW The power done by the turbine = 10 MW. The heat supplied to Boiler = 15.7 MW The power done by the turbine 12 MW. The heat supplied to Boiler = 45.7 MW The power done by the turbine 8 MW. The heat supplied to Boiler = 25.7 MW
A Simple Steam Power Plant under the conditions shown in the diagram. Neglect Kinetic Energy and Potential Energy across the power plant and neglect the heat transfer from the turbine. Choose the correct answers The power done by the turbine = 12 MW. The heat supplied to Boiler = 25.7 MW The power done by the turbine = 10 MW. The heat supplied to Boiler = 15.7 MW The power done by the turbine 12 MW. The heat supplied to Boiler = 45.7 MW The power done by the turbine 8 MW. The heat supplied to Boiler = 25.7 MW
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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Question
A Simple Steam Power Plant under the conditions shown in the diagram. Neglect Kinetic Energy and Potential Energy across the power plant and neglect the heat transfer from the turbine. Choose the correct answers
The power done by the turbine = 12 MW. The heat supplied to Boiler = 25.7 MW
The power done by the turbine = 10 MW. The heat supplied to Boiler = 15.7 MW
The power done by the turbine 12 MW. The heat supplied to Boiler = 45.7 MW
The power done by the turbine 8 MW. The heat supplied to Boiler = 25.7 MW
Transcribed Image Text:P1- Pa T- S00'e
Turbine
(Adiabatc)
-20 A
X-09
Conder
Boiler
Rocont JAT-1o'c max)
AT-10°C onax)
P4-10 MP
Ta-T3
Fredster
Panp
Cooling waer
-40°C
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