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In the ideal Otto cycle, the compression ratio of the air is 9.5 and a power of 110 kW is required. Assuming that the specific heats do not change with temperature, which of the following is the heat that must be given to the air?      a) 147.6 kW  B) 189.8 kW  NS) 65.3 kW  D) 54.9 kW  TO) 185.3 kW

In the ideal Otto cycle, the compression ratio of the air is 9.5 and a power of 110 kW is required. Assuming that the specific heats do not change with temperature, which of the following is the heat that must be given to the air?      a) 147.6 kW  B) 189.8 kW  NS) 65.3 kW  D) 54.9 kW  TO) 185.3 kW

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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In the ideal Otto cycle, the compression ratio of the air is 9.5 and a power of 110 kW is required. Assuming that the specific heats do not change with temperature, which of the following is the heat that must be given to the air?
 
  
 a)

147.6 kW
 B)

189.8 kW
 NS)

65.3 kW
 D)

54.9 kW
 TO)

185.3 kW
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