Weather Std. Cylinder of a 4-stroke 4-cylinder diesel engine operating according to a mixed (Seileger) cycle Its diameter is 80 mm and its course is 100 mm. Maximum speed 2500 RPM. In the engine with compression ratio of 16 The injection of the fuel ends at 5% of the stroke volume. Suction temperature 27°C Weather specific weight 1.225 kg / cm3 Since Cp = 0.24 Cv = 0.172 kCal / kg K T3 / T2 = 1.6, Calculate thermal efficiency, work done, average effective pressure, power?
Weather Std. Cylinder of a 4-stroke 4-cylinder diesel engine operating according to a mixed (Seileger) cycle Its diameter is 80 mm and its course is 100 mm. Maximum speed 2500 RPM. In the engine with compression ratio of 16 The injection of the fuel ends at 5% of the stroke volume. Suction temperature 27°C Weather specific weight 1.225 kg / cm3 Since Cp = 0.24 Cv = 0.172 kCal / kg K T3 / T2 = 1.6, Calculate thermal efficiency, work done, average effective pressure, power?
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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Weather Std. Cylinder of a 4-stroke 4-cylinder diesel engine operating according to a mixed (Seileger) cycle Its diameter is 80 mm and its course is 100 mm. Maximum speed 2500 RPM. In the engine with compression ratio of 16 The injection of the fuel ends at 5% of the stroke volume. Suction temperature 27°C Weather specific weight 1.225 kg / cm3 Since Cp = 0.24 Cv = 0.172 kCal / kg K T3 / T2 = 1.6, Calculate thermal efficiency, work done, average effective pressure, power?
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