The maximum torque is due to which component of force on the crank pin?(a) Perpendicular(b) Parallel(c) Concentric(d) TangentialI got this question during a job interview.My question is taken from IC Engine in division Design of IC Engine Components of Automotive Engine Design

The maximum torque is due to which component of force on the crank pin

1.	The maximum torque is due to which component of force on the crank pin?(a) Perpendicular(b) Parallel(c) Concentric(d) TangentialI got this question during a job interview.My question is taken from IC Engine in division Design of IC Engine Components of Automotive Engine Design
Answer» Correct answer is (d) Tangential To explain: The torque is maximum when the tangential component of FORCE on the crank PIN is maximum. The force is produced due to the CONNECTING ROD.

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The maximum torque is due to which component of force on the crank pin?(a) Perpendicular(b) Parallel(c) Concentric(d) TangentialI got this question during a job interview.My question is taken from IC Engine in division Design of IC Engine Components of Automotive Engine Design

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