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An otto cycle operates on 0.1 lb/s of air from 13psia and 130°F at the beginning of compression. The temperature at the end of combustion is 5000°R; compression ratio is 5.5; hot-air standard k=1.3. (a) Find V₁, P2, t2, P3, V3, t4, and P4. (b) Compute QA, QR¹ Wnet e and mep.

An otto cycle operates on 0.1 lb/s of air from 13psia and 130°F at the beginning of compression. The temperature at the end of combustion is 5000°R; compression ratio is 5.5; hot-air standard k=1.3. (a) Find V₁, P2, t2, P3, V3, t4, and P4. (b) Compute QA, QR¹ Wnet e and mep.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Section: Chapter Questions
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Combustion Engineering - Otto Cycle
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NOTE: Use 4 decimal places An otto cycle operates on 0.1 lb/s of air from 13psia and 130°F at the beginning of compression. The temperature at the end of combustion is 5000°R; compression ratio is 5.5; hot-air standard k=1.3. (a) Find V₁, P2, t2, P3, V3, t4, and P4. (b) Compute QA, QR¹ Wnet, e and mep.
Transcribed Image Text:NOTE: Use 4 decimal places An otto cycle operates on 0.1 lb/s of air from 13psia and 130°F at the beginning of compression. The temperature at the end of combustion is 5000°R; compression ratio is 5.5; hot-air standard k=1.3. (a) Find V₁, P2, t2, P3, V3, t4, and P4. (b) Compute QA, QR¹ Wnet, e and mep.
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