Otto cycle with the following data: State of air at the beginning of compression 0.1 MPa, 300 K. Maximum temperature 1400 K Exhaust temperature 700 K. Estimate 1-the compression ratios. 2- the maximum pressures. 3- thermal efficiency. 4- MEP [mean effective pressure]

Elements Of Electromagnetics
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Otto cycle with the following data:
State of air at the beginning of compression 0.1 MPa, 300 K. Maximum temperature 1400 K Exhaust temperature 700 K.
Estimate
1-the compression ratios.
2- the maximum pressures.
3- thermal efficiency.
4- MEP [mean effective pressure]

Q/ Otto cycle with the following data:
State of air at the beginning of compression 0.1 MPa, 300 K.
Maximum temperature 1400 K
Exhaust temperature 700 K.
Estimate the compression ratios, the maximum pressures, thermal efficiency, and
МЕР.
Transcribed Image Text:Q/ Otto cycle with the following data: State of air at the beginning of compression 0.1 MPa, 300 K. Maximum temperature 1400 K Exhaust temperature 700 K. Estimate the compression ratios, the maximum pressures, thermal efficiency, and МЕР.
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