The Physics of Basketball Essay

757 Words 4 Pages
When you play the game of basketball, you are not aware of at the time some of the physics that are going on all around you. For example, you have all the players using force to accelerate and go to top speed. You have the jump shot which uses vertical and horizontal forces. The spin of the ball affects its place once it hits the rim or the backboard. Dribbling comes into major play because of all the different types of forces and actions going on around it. There is two different types of shots that you do in basketball, first being a jump shot, and the second being a layup. There is an exception for a free-throw because it is like a jump shot, you just don’t jump to create momentum. For the jump shot, you use little horizontal force …show more content…
Spin of the ball always will have an effect on the ball. While you shoot the ball, in the air the spin has barely and effect on the ball. The real outcomes comes when the ball hits the backboard or the rim. Because of the effects of air resistance on the ball is so small because the velocities are small, the spin of a shot in the air is not useful. Having some backspin on the ball when you shoot will allow the ball to keep on traveling vertically which makes the chances of you making the basket better. A ball without any backspin will most likely just bounce off the rim or backboard and not really have a chance of going into the hoop. With the spin on the shot, some of the energy is transmitted to the basket, this transfer of energy is from friction of the ball hitting the rim. You can see that when the ball hits the rim instead of the backboard, more energy is transferred.
Another important part of the game of basketball is dribbling the basketball. A ball with that is pumped up more will bounce higher than a ball that has not been pumped up well. The more air pressure a basketball has inside it, the less its surface will deform from a sphere during a bounce, and the more its original energy will be stored in the compressed air inside. The air stores the energy and gives off more energy than the leather that the ball is crafted out of. Another way to look at dribbling the ball can be looked at with the potential and kinetic energy the

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