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Most of us love soccer, and catching a game is quite exciting. However, have you ever wondered how the soccer ball behaves and why it behaves in such a manner? This takes some amount of understanding of the laws of physics. Actually the movements of the soccer ball is affected by the force with which it is kicked, and when it is in the air, there are other forces like gravity and aerodynamics acting on it. |
When the player kicks the ball while it is rotating it can cause the ball to take a curved path in the air. A free kick at the ball can make the ball travel at nearly 60 to 70 miles per hour. The most popular David Beckham free kick was developed on the laws of physics where he kicks the ball and causes it to rotate and spin around the defensive wall of players. So, the ball takes a curved path and hits the goal. So, the popular saying bending the ball like Beckham is interesting.
Physics can be applied to several aspects of motion. Whether it is a ball or a vehicle in motion, it takes physics to understand their behavior. A soccer ball is a very good example to observe and learn the laws of physics. The soccer ball behaves in so many different ways. Like it flies high up in the air and takes a curve in the air. At that time, it is acting against the laws of gravity and also following the basic principles of aerodynamics. These simple laws of physics help us understand several aspects of the game that we enjoy so much.
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