Internal combustion engines. I need a solution quickly please Q2. An automobile has 3.2 liter, four-cylinder, and four-stroke cycle engine operating at 2400rpm. The spark plug is fired at 20° 6TDC and takes 10° of engine rotation to startcombustion. Flame termination occurs at 15° aTDC. The exhaust valve opens at 50° 6BDC.Calculate the time of:1. Ignition delay?2. Flame propagation?3. Exhaust blowdown?

Answered: Image /qna-images/answer/b2cb8d78-bcb9-4f28-b81d-893c57cf6a6e.jpg

Q2. An automobile has 3.2 liter, four-cylinder, and four-stroke cycle engine operating at 2400 rpm. The spark plug is fired at 20° bTDC and takes 10° of engine rotation to start combustion. Flame termination occurs at 15° aTDC. The exhaust valve opens at 50° 6BDC. Calculate the time of: 1. Ignition delay? 2. Flame propagation? 3. Exhaust blowdown?

Q2. An automobile has 3.2 liter, four-cylinder, and four-stroke cycle engine operating at 2400 rpm. The spark plug is fired at 20° bTDC and takes 10° of engine rotation to start combustion. Flame termination occurs at 15° aTDC. The exhaust valve opens at 50° 6BDC. Calculate the time of: 1. Ignition delay? 2. Flame propagation? 3. Exhaust blowdown?

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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