Question

A gasoline engine operates according to an ideal Otto cycle. Air enters the engine at 100 kPa and 27 C . The compression ratio for this engine is 11 . We would like to obtain a net work output of 525.5k(J)/(k)g. Find: a) The amount of heat (in k(J)/(k)g ) we need to supply during the combustion process. b) The maximum temperature in this cycle. c) The thermal efficiency of the cycle. d) The MEP. (Sol: a) 921k(J)/(k)g; b) 1790 K ; c) 57%; d) 671.4 kPa

Name: a gasoline engine operates according to an ideal otto cycle air enters the engine at 100 kpa and 27 c the compression ratio for this engine is 11 we would like to obtain a net work output of 77587
Uploaded: 2021-12-08T05:17:51-08:00
Duration: 17 min 41 s
Channel: Saman Zulfiqar
Description: a gasoline engine operates according to an ideal otto cycle air enters the engine at 100 kpa and 27 c the compression ratio for this engine is 11 we would like to obtain a net work output of 77587

          A gasoline engine operates according to an ideal Otto cycle. Air enters the engine at 100 kPa and 27 C . The compression ratio for this engine is 11 . We would like to obtain a net work output of 525.5k(J)/(k)g. Find:
a) The amount of heat (in k(J)/(k)g ) we need to supply during the combustion process.
b) The maximum temperature in this cycle.
c) The thermal efficiency of the cycle.
d) The MEP.
(Sol: a) 921k(J)/(k)g; b) 1790 K ; c) 57%; d) 671.4 kPa

a gasoline engine operates according to an ideal otto cycle air enters the engine at 100 kpa and 27 c the compression ratio for this engine is 11 we would like to obtain a net work output of 77587

Added by Lisa H.

University Physics with Modern Physics

Hugh D. Young 14th Edition

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Solved by Expert Saman Zulfiqar

12/08/2021

Step 1

Air enters the engine at 100 kPa and 27 C. The compression ratio for this engine is 11. We would like to obtain a net work output of 525.5 kJ/kg. Find: a) The amount of heat (in kJ/kg) we need to supply during the combustion process. b) The maximum temperature in Show more…

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A gasoline engine operates according to an ideal Otto cycle. Air enters the engine at 100 kPa and 27 C . The compression ratio for this engine is 11 . We would like to obtain a net work output of 525.5k(J)/(k)g. Find: a) The amount of heat (in k(J)/(k)g ) we need to supply during the combustion process. b) The maximum temperature in this cycle. c) The thermal efficiency of the cycle. d) The MEP. (Sol: a) 921k(J)/(k)g; b) 1790 K ; c) 57%; d) 671.4 kPa