The Otto cycle should be used to model an engine cycle. Every one of the presumptions of the ideal Otto cycle should be applied aside from that a polytropic interaction with n 1.3 will be utilized for the expansion process. The conditions toward the beginning of pressure is T1 = 333 K, P1 is 90 kPa and the compression ratio is 8. The energy infused into the cycle during the consistent volume process is 2000 kJ/kg. Assume constant specific heats a) Find the expansion work (kJ/kg) b) Find the net heat transfer for the cycle (kJ/kg) diesel
The Otto cycle should be used to model an engine cycle. Every one of the presumptions of the ideal Otto cycle should be applied aside from that a polytropic interaction with n 1.3 will be utilized for the expansion process. The conditions toward the beginning of pressure is T1 = 333 K, P1 is 90 kPa and the compression ratio is 8. The energy infused into the cycle during the consistent volume process is 2000 kJ/kg. Assume constant specific heats a) Find the expansion work (kJ/kg) b) Find the net heat transfer for the cycle (kJ/kg) diesel
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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The Otto cycle should be used to model an engine cycle. Every one of the
presumptions of the ideal Otto cycle should be applied aside from that a polytropic
interaction with n 1.3 will be utilized for the expansion process. The conditions
toward the beginning of pressure is T1 = 333 K, P1 is 90 kPa and the compression
ratio is 8. The energy infused into the cycle during the consistent volume process is
2000 kJ/kg. Assume constant specific heats
a) Find the expansion work (kJ/kg)
b) Find the net heat transfer for the cycle (kJ/kg) diesel
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