Apply Newton’s third law of motion to explain movements of a soccer ball during a game of soccer.
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Newton's third law is states:
"For every action, there is an equal and opposite reaction"
When a footballer kick the ball with force F, the ball also pushes the foot of the footballer with the same force but in opposite direction.
When the ball hits the ground/goal post with force F, the ground/goalpost also pushes the ball with the same force but in opposite direction.
When a goalkeeper catches the ball, the ball will push him backwards as he pushes the ball forward.
"For every action, there is an equal and opposite reaction"
When a footballer kick the ball with force F, the ball also pushes the foot of the footballer with the same force but in opposite direction.
When the ball hits the ground/goal post with force F, the ground/goalpost also pushes the ball with the same force but in opposite direction.
When a goalkeeper catches the ball, the ball will push him backwards as he pushes the ball forward.
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Answer:
Explanation:
Newton's third law is states:
"For every action, there is an equal and opposite reaction"
When a footballer kick the ball with force F, the ball also pushes the foot of the footballer with the same force but in opposite direction.
When the ball hits the ground/goal post with force F, the ground/goalpost also pushes the ball with the same force but in opposite direction.
When a goalkeeper catches the ball, the ball will push him backwards as he pushes the ball forward.
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