Which of the following formula is used to find the force acting on the connecting rod neglecting the cos theta angle and position of the connecting rod?(a) Force=Maximum gas pressure ×(π)(b) Force=(π×D/4)(c) Force=(π×D^2/4)×maximum gas pressure(d) Force=(D^2/4)× Stroke lengthThe question was posed to me during an interview.Asked question is from Engine Components topic in chapter Basic Engine Components of Automotive Engine Design

Which of the following formula is used to find the force acting on the

1.	Which of the following formula is used to find the force acting on the connecting rod neglecting the cos theta angle and position of the connecting rod?(a) Force=Maximum gas pressure ×(π)(b) Force=(π×D/4)(c) Force=(π×D^2/4)×maximum gas pressure(d) Force=(D^2/4)× Stroke lengthThe question was posed to me during an interview.Asked question is from Engine Components topic in chapter Basic Engine Components of Automotive Engine Design
Answer» The CORRECT answer is (c) FORCE=(π×D^2/4)×maximum GAS pressure Best explanation: The correct relationship the force acting on the PISTON is found using Force =(π×D^2/4)×maximum gas pressure where D is the cylinder bore,maximum gas pressure is in the range of MPa or N/mm^2.

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