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6 Soccer Fast-Footwork Wall Drills | YFutbol

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Close up of someone juggling a soccer ball in the dirt.

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Netwon's third law states that for every action, there is an equal and opposite force or,  balanced and unbalanced forces.  This law can be represented in soccer when someone is passing against a wall, like in the photos and video below. In these two photos, the people are about to kick a soccer ball against a wall. The video below has a representation of what that looks like. As the person kicks the ball against the wall, it comes right back at them This is because the soccer balls net force against the wall is pushed back at by the wall. For example, if a soccer ball hits the wall with a net force of 10 N, the wall will reflect back at the ball with a force of 10 N as well which results in the ball coming right back.

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These photos and videos represent Newton's second law because his law states that the acceleration of an object is determined by the mass and force applied to it. In these photos, the ball is in the air and as soon as it falls back to their feet, the boys will hit it back up again. In the video, the guy shows the force that he applies to the soccer ball. That force depends on its mass and how fast it's coming down at him. A heavier ball would result in him having to apply more force back at it. A lighter ball will result in him putting very little force back.

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These photos and videos represent Newton's first Law because his law states that a balanced object at rest will stay at rest unless acted upon by an unbalanced force. In these photos, a soccer ball is just about to be kicked. The video, shows the ball actually being kicked. Once it was booted, it accelerated. The acceleration is determined by the mass of the ball. The inertia of the ball can be dramatically impacted by that factor. Lastly, the balls slowdown is determined by the friction applied to it.