Q2:A constant pressure heat addition air standard cycle af a compression ratio of (17.0) .Heat is added at a rate of (1500 kJ/kg) and the atmospheric conditions are (1.0 bar) and (35 °C). Show the cycle on both P-V &T-S diagrams and calculate : 1-the temperature and pressure at each point in the cycle. 2-the thermal efficiency 3-mean effective pressure. [take y=1.4,Cv=0.715 kJ/kg.k & R=0.287KJ/kg.k]
Q2:A constant pressure heat addition air standard cycle af a compression ratio of (17.0) .Heat is added at a rate of (1500 kJ/kg) and the atmospheric conditions are (1.0 bar) and (35 °C). Show the cycle on both P-V &T-S diagrams and calculate : 1-the temperature and pressure at each point in the cycle. 2-the thermal efficiency 3-mean effective pressure. [take y=1.4,Cv=0.715 kJ/kg.k & R=0.287KJ/kg.k]
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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![Q2:A constant pressure heat addition air standard cycle af a compression ratio
of (17.0) .Heat is added at a rate of (1500 kJ/kg) and the atmospheric
conditions are (1.0 bar) and (35 °C). Show the cycle on both P-V &T-S diagrams
and calculate :
1-the temperature and pressure at each point in the cycle.
2-the thermal efficiency
3-mean effective pressure.
[take y=1.4,Cv=0.715 kJ/kg.k & R=0.287kJ/kg.k]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F30f6d1a7-2eb9-4dae-9d1c-b787a67ebb70%2F390875c5-8a61-4e6a-9627-c9ce26f3106b%2Flkkvzeu_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q2:A constant pressure heat addition air standard cycle af a compression ratio
of (17.0) .Heat is added at a rate of (1500 kJ/kg) and the atmospheric
conditions are (1.0 bar) and (35 °C). Show the cycle on both P-V &T-S diagrams
and calculate :
1-the temperature and pressure at each point in the cycle.
2-the thermal efficiency
3-mean effective pressure.
[take y=1.4,Cv=0.715 kJ/kg.k & R=0.287kJ/kg.k]
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