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THERMODYNAMICS The cycle of a cylinder of an Otto to 4T engine is represented in the figure below. The engine displacement is 1500 cm³ and the heat supplied per cycle, per unit of mass 356 Kcal/Kg. The efficiency of η=56 %; Υ=1.4 and R=29.3 Kgm/KgK a) The maximum temperature of the cycle (b) the power of the motot at 5600 rpm, represented in the cycle (CV) – steamhorse

THERMODYNAMICS The cycle of a cylinder of an Otto to 4T engine is represented in the figure below. The engine displacement is 1500 cm³ and the heat supplied per cycle, per unit of mass 356 Kcal/Kg. The efficiency of η=56 %; Υ=1.4 and R=29.3 Kgm/KgK a) The maximum temperature of the cycle (b) the power of the motot at 5600 rpm, represented in the cycle (CV) – steamhorse

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
The cycle of a cylinder of an Otto to 4T engine is represented in the figure below. The
engine displacement is 1500 cm³
and the heat supplied per cycle, per unit of mass
356 Kcal/Kg. The efficiency of η=56 %; Υ=1.4 and R=29.3 Kgm/KgK
a) The maximum temperature of the cycle
(b) the power of the motot at 5600 rpm, represented in the cycle (CV) – steamhorse

 

3 (kgf/cm) S= cte W 2 S=cte (303К) V, (m'/kg) V Volume V,
Transcribed Image Text:3 (kgf/cm) S= cte W 2 S=cte (303К) V, (m'/kg) V Volume V,
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