Brayton cycle cannot be used in reciprocating engines even for same adiabatic compression ratio and work output because

Thermodynamics Mcqs
BILAL KHATTAK0

A.Otto cycle is more efficient
B.Brayton cycle is less efficient
C.Brayton cycle is for slow speed engines
D.Brayton cycle requires large air-fuel ratio
E.Large volume of low pressure air cannot be efficiently handled in reciprocating engines

Related Mcqs:

  1. Brayton cycle cannot be used in reciprocating engines even for same compression rations and work output because
  2. Brayton cycle cannot be used in reciprocating engines even for same compression ratio and work output because
  3. For same heat input and same compression ratio
  4. For the same heat inpur and same compression ratio
  5. For same compression ratio and same heat input
  6. A Brayton cycle is also a reversed
  7. Which of the following cycle consists of two constant pressure and two adiabatic processes?
  8. The cycle generally used for gas turbines is
  9. A cycle which consists of two adiabatic and two constant volume processes is known as
  10. For same output and same compression ratio four stroke SI engines as compared to two stroke engines have

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