Calculate the maximum possible thermal efficiency, Mechanical Engineering

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Calculate the maximum possible thermal efficiency

An otto cycle is proposed to have a compression ratio of 10:1 while operating with the low air temperature of 277 degree C and a low pressure of 200 kpa. If the work output is 1000 kj/kg, calculate the maximum possible thermal efficiency and compare with carnot cycle. Also, calculate the MEP. Assume constant specific heats.

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Mechanical Engineering: Calculate the maximum possible thermal efficiency

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Request for Solution File

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Mechanical Engineering: Calculate the maximum possible thermal efficiency

Reference No:- TGS0752031

Have a Question? (oR Write a Review)

Recent Questions Asked Mechanical Engineering

Q : Determine remaining cycle states points and heat added

Q : Calculate the average rate of the reaction in time interval

Q : Find compression ratio of engine for maximum cycle

Q : Horizontal plates of a parallel-plate capacitor

Q : Calculate the maximum possible thermal efficiency

Q : Calculate the rate constant for the reverse reaction

Q : Calculate the mass feed rate of hydrogen

Q : Determine the time at which the velocity is equal to zero

Q : Derive an expression for the terminal velocity

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Request for Solution File

Ask an Expert for Answer!!

Mechanical Engineering: Calculate the maximum possible thermal efficiency

Reference No:- TGS0752031

Recent Questions Asked Mechanical Engineering

Q : Determine remaining cycle states points and heat added

Q : Calculate the average rate of the reaction in time interval

Q : Find compression ratio of engine for maximum cycle

Q : Horizontal plates of a parallel-plate capacitor

Q : Calculate the maximum possible thermal efficiency

Q : Calculate the rate constant for the reverse reaction

Q : Calculate the mass feed rate of hydrogen

Q : Determine the time at which the velocity is equal to zero

Q : Derive an expression for the terminal velocity

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