Does the Soccer Ball Move If I Kick It with Equal Force?

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SUMMARY

The discussion clarifies that when a soccer ball is kicked, it moves due to the difference in mass between the ball and the foot. According to Newton's Third Law, the force exerted by the foot on the ball is equal to the force exerted by the ball on the foot; however, the ball's smaller mass allows it to accelerate rapidly. This results in noticeable motion of the soccer ball while the foot experiences minimal acceleration due to its greater mass.

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Dynamics101
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If i kick a soccer ball, the soccer ball exerts the same force on my foot as i exert of the ball. In that case, why does the soccer ball move at all. If the forces are equal should there be motion. I know it a dumb question but i need some deep explanation. Also can I exert force on something and have the forces be unequal? Or will force always be equal regardless.
 
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It's not that deep,
The soccer ball has a smaller mass than your body does.
Therefore the force exerted on the soccer ball by you causes the ball to accelerate rapidly.
The equivalent force applied by the ball to your foot is the same amount but it doesn't accelerate your 'heavier' foot very much.
(It will be noticeable though.)
 
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Thank you bud :D
 
Dynamics101 said:
If i kick a soccer ball, the soccer ball exerts the same force on my foot as i exert of the ball. In that case, why does the soccer ball move at all. If the forces are equal should there be motion. I know it a dumb question but i need some deep explanation. Also can I exert force on something and have the forces be unequal? Or will force always be equal regardless.
https://www.lhup.edu/~dsimanek/physics/horsecart.htm
 

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