As you hold your leg in this position, the upper leg exerts a force on the lower leg at the knee joint. What is the magnitude of this force?

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10-11-2022
Physics

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As you hold your leg in this position, the upper leg exerts a force on the lower leg at the knee joint. What is the magnitude of this force?

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kjuli1766 kjuli1766 · Answer 1 · 2022-11-16T05:38:35-05:00

The upper leg applies the exact same amount of force on the knee as the tendon applies on the lower leg. f = 215.6 N

This is only logical as the net result of these forces is the canceling out and the leg staying stable in its position.

The magnitude of a force is how much it accelerates the object it acts on and is represented by a scalar. Size can also be viewed as a strength. Riding a bicycle is a simple example of force magnitude. It is a simple machine that converts human-supplied energy into kinetic energy.

The force exerted on the pedal results in the formation of energy. Work is done to convert this energy into kinetic energy and move the bicycle forward. Force magnitude describes the sum of all forces acting on an object. If all forces act in the same direction the force magnitude increases. If forces act on an object in different directions the magnitude of the force will decrease.

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