How do you calculate the torque applied to a bolt?

The calculation of torque applied to a bolt is based on the principle of rotational force, where torque is defined as the product of the force applied and the distance from the pivot point, which is typically where the bolt is secured. In this context, torque gives a measure of how effectively a force can cause an object to rotate around that pivot point.

To calculate it, you multiply the amount of force applied (measured in pounds or newtons) by the distance from the point of application of that force to the pivot point (measured in inches or meters). This relationship highlights why using force in conjunction with the distance (often referred to as the lever arm) is essential for understanding how much rotational influence a certain applied force possesses.

The other formulas presented do not accurately capture this relationship. Adding, subtracting, or dividing the distance from the pivot point by the force does not reflect the physical principles of how torque functions in mechanics. This is why understanding the correct formula is vital, especially in aviation maintenance, where precise torque specifications are often critical for the safety and integrity of aircraft components.