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1 Q3: An oil engine working on the dual combustion cycle has a compression. ratio of 15:1). At the end of suction the air is at (1 bar) and (27°C). During The cycle the heat energy supplied during constant volume process is (150kj/kg) and That at constant pressure process is (280kj/kg). Assuming the working fluid to be air throughout, determine the pressure, volume and temperature values at the salient points the cycle efficiency and the mean effective pressure

1 Q3: An oil engine working on the dual combustion cycle has a compression. ratio of 15:1). At the end of suction the air is at (1 bar) and (27°C). During The cycle the heat energy supplied during constant volume process is (150kj/kg) and That at constant pressure process is (280kj/kg). Assuming the working fluid to be air throughout, determine the pressure, volume and temperature values at the salient points the cycle efficiency and the mean effective pressure

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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1 Q3: An oil engine working on the dual combustion cycle has a compression. ratio of 15:1). At the end of suction the air is at (1 bar) and (27°C). During The cycle the heat energy supplied during constant volume process is (150kj/kg) and That at constant pressure process is (280kj/kg). Assuming the working fluid to be air throughout, determine the pressure, volume and temperature values at the salient points the cycle efficiency and the mean effective pressure
Transcribed Image Text:1 Q3: An oil engine working on the dual combustion cycle has a compression. ratio of 15:1). At the end of suction the air is at (1 bar) and (27°C). During The cycle the heat energy supplied during constant volume process is (150kj/kg) and That at constant pressure process is (280kj/kg). Assuming the working fluid to be air throughout, determine the pressure, volume and temperature values at the salient points the cycle efficiency and the mean effective pressure
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