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The perpendicular distance between the applied force and the center of rotation is called the The perpendicular distance between the applied force and the center of rotation is called the torque. A. ability to cause B. an object to rotate.C. moment arm.D. cross-product.

Respuesta :

Answer: option c)

Explanation: The moment formulae is given by

Moment = force × perpendicular distance.

Moment is zero when the applied force and distance away from the force to a turning point (center of rotation) are not perpendicular.

The perpendicular distance between the applied force and the center of rotation is the main reason for moment to be available in any system, hence that distance is called a moment arm

The perpendicular distance between the applied force and the center of rotation is called the moment arm

What is a moment?

The formula of the moment should be provided by

Moment = force × perpendicular distance.

here Moment should be zero at the time when there is applied force and distance away from the force to a turning point should not be perpendicular.

So, The perpendicular distance between the applied force and the center of rotation is the significant reason for the moment to be available in any system

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