In a constant pressure engine, the compression ratio is € and at the beginning of the polytropic compression process air pressure A kPa temperature B °C. The maximum temperature of the cycle is D Kelvin and the expansion is polytropic is taking place. (m=1 kg and the combustion chamber volume is Vc m. Calculate the input and output heat and thermal efficiency?
In a constant pressure engine, the compression ratio is € and at the beginning of the polytropic compression process air pressure A kPa temperature B °C. The maximum temperature of the cycle is D Kelvin and the expansion is polytropic is taking place. (m=1 kg and the combustion chamber volume is Vc m. Calculate the input and output heat and thermal efficiency?
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
1- In a constant pressure engine, the compression ratio is € and at the beginning of the polytropic compression process
air pressure A kPa temperature B °C. The maximum temperature of the cycle is D Kelvin and the expansion is polytropic
is taking place. (m=1 kg and the combustion chamber volume is Vc m.
Calculate the input and output heat and thermal efficiency?
Transcribed Image Text:Numaranın
A
B
D
k
m
R
CV
Sonu
3-6-8 Bitenler
110
25
21
2150
1,3
1,35
1
1,005 0,287
0,718 0,10696
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