Which of the following shows the correct relationship between critical buckling and force acting on the connecting rod?(a) Critical buckling load = factor of safety ×force on connecting rod(b) Critical buckling load = Factor of safety(c) Critical buckling load = force on the connecting rod(d) Critical buckling load = force on the connecting rod /factor of safetyThe question was asked by my school principal while I was bunking the class.Asked question is from Engine Components in division Basic Engine Components of Automotive Engine Design

Which of the following shows the correct relationship between critical

1.	Which of the following shows the correct relationship between critical buckling and force acting on the connecting rod?(a) Critical buckling load = factor of safety ×force on connecting rod(b) Critical buckling load = Factor of safety(c) Critical buckling load = force on the connecting rod(d) Critical buckling load = force on the connecting rod /factor of safetyThe question was asked by my school principal while I was bunking the class.Asked question is from Engine Components in division Basic Engine Components of Automotive Engine Design
Answer» Correct ANSWER is (a) Critical BUCKLING load = factor of SAFETY ×force on connecting rod The explanation is: The correct relationship between the Critical buckling load and the force acting on the connecting rod is Critical buckling load = factor of safety ×force on connecting rod where critical buckling load is in terms of NEWTON and factor of safety is usually 5 to 6.

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