Basketball's popularity has increased in the last 20 years. This is due to the popularity of physics. Basketball is physics-the bouncing of the ball, the shot, the jump, and the intensity. There are many equations, which can be applied to figure out the proper angle and velocity to release the ball.
The effects of air resistance of the ball are so small because of small velocities, so spin of a shot in air is not useful. What spin is useful for is for a better chance of the ball going in if the ball hits the rim. With the spin on a shot, some of the energy is transferred to the basket. This transfer of energy is from friction. When the spinning ball hits the rim, more energy is transferred, which could give your shot a better chance of going in.
Collisions occur in basketball all the time during a game. Not only are collisions in basketball, there are collisions in almost every sport from tennis to football. With these collisions is “Newton's laws are applied” (Sernelius, 2001). In basketball, Newton's first law is the law of inertia is applied. When a pass is made and in motion, it is in motion until someone acts upon it-catching it, stealing it, etc. Newton's third law of action, reaction is applied when the ball is dribbled or bounces off the rim or backboard.
The theory of basketball shooting has been under the assumption that the shooter cannot always launch his/her ball at exactly the right speed and angle needed for the ball to go in perfectly. Instead, basketball players learn by imitation, trial-and-error, and constant practice to develop a “kinesthetic memory” (Reddy, 1992). by their proper launching speed and angle used for a certain distance. The better shooters have developed a better.......
