A steam-powered power plant works on the basic Rankine cycle. shown in the figure. Likewise, some of its thermodynamic states are summarized in the attached table. Knowing that the work per unit mass delivered to the pump is 3W4 = 2480 (J/kg], determine in SI units the following: a) The specific volume of water in state 4. b) The associated work per unit mass, developed in the Curbina. c) The associated heat per unit mass released by the water in the condenser. d) The efficiency of the cycle
A steam-powered power plant works on the basic Rankine cycle. shown in the figure. Likewise, some of its thermodynamic states are summarized in the attached table. Knowing that the work per unit mass delivered to the pump is 3W4 = 2480 (J/kg], determine in SI units the following: a) The specific volume of water in state 4. b) The associated work per unit mass, developed in the Curbina. c) The associated heat per unit mass released by the water in the condenser. d) The efficiency of the cycle
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-powered power plant works on the basic Rankine cycle.
shown in the figure. Likewise, some of its
Knowing that the work per unit mass delivered to the pump is 3W4 = 2480 (J/kg], determine
in SI units the following:
a) The specific volume of water in state 4.
b) The associated work per unit mass, developed in the Curbina.
c) The associated heat per unit mass released by the water in the condenser.
d) The efficiency of the cycle
![34
4
3
bomba
caldera
3
1
condensador
Estado P [kPa] v [m³/kg] h [J/kg]
1
2500
2 803 100
2
20
1 984 880
20
2500
turbina
0.001
194 350](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd477b0ff-aa91-49ea-9294-5ee67bca2742%2F28f7cc64-c86c-4e6a-be83-69f0c786d095%2Fj4brte8_processed.png&w=3840&q=75)
Transcribed Image Text:34
4
3
bomba
caldera
3
1
condensador
Estado P [kPa] v [m³/kg] h [J/kg]
1
2500
2 803 100
2
20
1 984 880
20
2500
turbina
0.001
194 350
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