Task 1 Derive the non-flow and flow energy equations from first thermodynamic principles. Task 2 Apply the steady flow energy equation to nozzle, compressor, turbine, boiler, and mixin chamber. Task 3 A turbine powers an air compressor and a generator. The turbine is supplied with 25 kg/s of steam. The compressor is supplied with 15 kg/s of air. Given the following conditions as presented in the figure below determine the net power in kW to the generator. 98 kPa 12.5 MPa 295 Kr 500 C Air To the Steam kg/s generator 1MPA 620 K 10 kPa x=0.92

Task 1 Derive the non-flow and flow energy equations from first thermodynamic principles. Task 2 Apply the steady flow energy equation to nozzle, compressor, turbine, boiler, and mixin chamber. Task 3 A turbine powers an air compressor and a generator. The turbine is supplied with 25 kg/s of steam. The compressor is supplied with 15 kg/s of air. Given the following conditions as presented in the figure below determine the net power in kW to the generator. 98 kPa 12.5 MPa 295 Kr 500 C Air To the Steam kg/s generator 1MPA 620 K 10 kPa x=0.92

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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Forms of Energy

Energy is described as the capability to accomplish a task, like the ability to push a block by applying force on it. It is a quantitative property that is used to accomplish work on an object.

Question

Task 1
Derive the non-flow and flow energy equations from first thermodynamic principles.
Task 2
Apply the steady flow energy equation to nozzle, compressor, turbine, boiler, and mixing
chamber.
Task 3
A turbine powers an air compressor and a generator. The turbine is supplied with 25 kg/s of
steam. The compressor is supplied with 15 kg/s of air. Given the following conditions as
presented in the figure below determine the net power in kW to the generator.
98 kPa
12.5 MPa
295 K
500 C
Air
To the
Steam
kg/s
generator
1MPA
620 K
10 kPa
x=0.92

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