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2, A diesel Cycle engine with k of 1.33 has an air standard efficiency of 60.5%. The temperature at the end of isentropic compression is 695°C and the maximum pressure of 62 bar. If the energy released during combustion is 710 KJ/Kg of air, and the temperature at the end expansion is 515°C determine • The maximum temperature of the cycle The temperature at the beginning of compression • The cut off ratio • The compression ratio

2, A diesel Cycle engine with k of 1.33 has an air standard efficiency of 60.5%. The temperature at the end of isentropic compression is 695°C and the maximum pressure of 62 bar. If the energy released during combustion is 710 KJ/Kg of air, and the temperature at the end expansion is 515°C determine • The maximum temperature of the cycle The temperature at the beginning of compression • The cut off ratio • The compression ratio

Elements Of Electromagnetics
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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Plsss answer with complete handwritten solution and diagram. Thanks! ❤️

P.s use english system unit. 

2, A diesel Cycle engine with k of 1.33 has an air standard efficiency of 60.5%. The temperature at the end of isentropic compression is 695°C and the maximum pressure of 62 bar. If the energy released during combustion is 710 KJ/Kg of air, and the temperature at the end expansion is 515°C determine • The maximum temperature of the cycle The temperature at the beginning of compression • The cut off ratio The compression ratio
Transcribed Image Text:2, A diesel Cycle engine with k of 1.33 has an air standard efficiency of 60.5%. The temperature at the end of isentropic compression is 695°C and the maximum pressure of 62 bar. If the energy released during combustion is 710 KJ/Kg of air, and the temperature at the end expansion is 515°C determine • The maximum temperature of the cycle The temperature at the beginning of compression • The cut off ratio The compression ratio
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