Otto cycle - Consider the ideal cycle shown below and determine the maximumthermal efficiency of the cycle and the MEP.983°C3Wnet = 1,000 kJ/kgWoutQnisentropicisentropicQout1230 °C200 kPa2,000 kPaWinV Generic Air-standard cycle – A cycle is operating within a piston cylinder with thefollowing processes. Draw the p-v and T-s diagram and find the cycle efficiency.1→ 2: isentropic compression2 → 3: constant pressure heat addition3 → 4: isentropic expansion4 → 1: constant volume heat removalState 1State 2State 3State 4100 kPa2 MPa??15 °C?1200 °C?

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Otto cycle – Consider the ideal cycle shown below and determine the maximum thermal efficiency of the cycle and the MEP. 983°C 3 Wnet = 1,000 kJ/kg Wout isentropic P isentropic 2 1230 °C 200 kPa 2,000 kPa Win

Otto cycle – Consider the ideal cycle shown below and determine the maximum thermal efficiency of the cycle and the MEP. 983°C 3 Wnet = 1,000 kJ/kg Wout isentropic P isentropic 2 1230 °C 200 kPa 2,000 kPa Win

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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Question

Otto cycle - Consider the ideal cycle shown below and determine the maximum
thermal efficiency of the cycle and the MEP.
983°C
3
Wnet = 1,000 kJ/kg
Wout
Qn
isentropic
isentropic
Qout
1230 °C
200 kPa
2,000 kPa
Win
V

Generic Air-standard cycle – A cycle is operating within a piston cylinder with the
following processes. Draw the p-v and T-s diagram and find the cycle efficiency.
1→ 2: isentropic compression
2 → 3: constant pressure heat addition
3 → 4: isentropic expansion
4 → 1: constant volume heat removal
State 1
State 2
State 3
State 4
100 kPa
2 MPa
?
?
15 °C
?
1200 °C
?

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