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the beginning of compression in an ideal dual combustion cycle, the working fluid is 2lbs of air at 14.7psia and 85F. The compression ratio is 8.5, the pressure at the end of the constant volume addition of heat is 450psia, and there are added 105BTU during the constant pressure expansion. find the pressure ration and the percentage clearance. O 1.53, 13.33% O 1.31, 12.42% O 1.53, 12.42% O 1.31, 13.33%

the beginning of compression in an ideal dual combustion cycle, the working fluid is 2lbs of air at 14.7psia and 85F. The compression ratio is 8.5, the pressure at the end of the constant volume addition of heat is 450psia, and there are added 105BTU during the constant pressure expansion. find the pressure ration and the percentage clearance. O 1.53, 13.33% O 1.31, 12.42% O 1.53, 12.42% O 1.31, 13.33%

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
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Thermodynamics. Show the ts and ov diagram. And show complete and step by step solution.
At the beginning of compression in an ideal dual combustion cycle, the working fluid is 2lbs of air at 14.7psia and 85F. The compression ratio is 8.5, the pressure at the end of the constant volume addition of heat is 450psia, and there are added 105BTU during the constant pressure expansion. find the pressure ration and the percentage clearance. O 1.53, 13.33% O 1.31, 12.42% O 1.53, 12.42% O 1.31, 13.33%
Transcribed Image Text:At the beginning of compression in an ideal dual combustion cycle, the working fluid is 2lbs of air at 14.7psia and 85F. The compression ratio is 8.5, the pressure at the end of the constant volume addition of heat is 450psia, and there are added 105BTU during the constant pressure expansion. find the pressure ration and the percentage clearance. O 1.53, 13.33% O 1.31, 12.42% O 1.53, 12.42% O 1.31, 13.33%
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