(Adopted Objective: After the activity, the learners should be able to discuss the cycle stoke of gasoline engine. Procedure: Study the illustration below. spark plug fuel-air ,burned gases mixture valves cylinder- piston. Intake Compression Power The Four - Cycle Stroke of a Gasoline Engine 1. Complete the needed information in the table below. Cycle Stroke Movement of the Piston (moves Upward or moves Down) Intake Compression Power Exhaust A. Ignited by the spark plug B. Expelled out by the exhaust pipe Exhaust What happened to the mixture of gases? (select your answer from the table below, then rewrite it on its respective part) C. Filled ir. the cylinder D. Compressed into fractional amount
(Adopted Objective: After the activity, the learners should be able to discuss the cycle stoke of gasoline engine. Procedure: Study the illustration below. spark plug fuel-air ,burned gases mixture valves cylinder- piston. Intake Compression Power The Four - Cycle Stroke of a Gasoline Engine 1. Complete the needed information in the table below. Cycle Stroke Movement of the Piston (moves Upward or moves Down) Intake Compression Power Exhaust A. Ignited by the spark plug B. Expelled out by the exhaust pipe Exhaust What happened to the mixture of gases? (select your answer from the table below, then rewrite it on its respective part) C. Filled ir. the cylinder D. Compressed into fractional amount
Chapter3: The First Law Of Thermodynamics
Section: Chapter Questions
Problem 79AP: Consider the process shown below. During steps AB and BC, 3600 J and 2400 J of heat, respectively,...
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Question
What happened to the mixture of gases?
(select your answer from the table below, then rewrite it on its respective part)
A. Ignited
B. Expelled out by the exhaust pipe
C. Filled in the cylinder
D. Compressed into fractional amount
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