1.)An ideal otto cycle has a compression ratio of 9..A t the beginning of compression,air is at P1=14.4psia,V1=12ft3 and T1=80 degrees Fahrenheit …At the end of Isometric heat addition process the pressure of air is 936.3177psia… Determine: a.)Find the Pressure after isentropic expansion process in psia? Solution: Answer:______________________________ b.)Find the temperature in degrees Fahrenheit at the beginning of Isometric heat rejection process? Solution: Answer:______________________________
1.)An ideal otto cycle has a compression ratio of 9..A t the beginning of compression,air is at P1=14.4psia,V1=12ft3 and T1=80 degrees Fahrenheit …At the end of Isometric heat addition process the pressure of air is 936.3177psia… Determine: a.)Find the Pressure after isentropic expansion process in psia? Solution: Answer:______________________________ b.)Find the temperature in degrees Fahrenheit at the beginning of Isometric heat rejection process? Solution: Answer:______________________________
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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1.)An ideal otto cycle has a compression ratio of 9..A t the beginning of compression,air is at P1=14.4psia,V1=12ft3 and T1=80 degrees Fahrenheit …At the end of Isometric heat addition process the pressure of air is 936.3177psia…
Determine:
a.)Find the Pressure after isentropic expansion process in psia?
|
Solution:
Answer:______________________________ |
b.)Find the temperature in degrees Fahrenheit at the beginning of Isometric heat rejection process?
|
Solution:
Answer:______________________________ |
c.)Find the heat added in the cycle in Btu?
|
Solution:
Answer:______________________________ |
d.)Find the heat rejected in the cycle in Btu?
|
Solution:
Answer:______________________________ |
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