The physics behind basketball has to deal with projectile motion. Newton's 3rd law states that with every reaction, there is an equal and opposite reaction. This law is used when shooting a basketball. Velocity is also used to get the ball in the hoop.
Shooting a basketball, it's very important to consider speed. Shooting involves distance and deviation. Determined by two factors release angle and release speed. You have to determine What release speed is required and how much force do you need when shooting?.Information revealed by Dr. John Fontanella in his book The Physics of Basketball shoes that launch speed is determined by the amount of force you apply to get the ball to the goal.
Use velocity to shoot a ball. When you go up for a layup, the basketball's velocity is the same as the sum of your velocity and the ball's. So you have to make sure
…show more content…
The perfect combination of velocity, acceleration, speed, and aim will result into a perfect shot. here are different kinds of forces, which include: frictional, tension, normal, air resistance, applied, and spring. These are all forces that occur when there is physical contact.
The trajectory path when shooting a basketball is very significant. The ball is acted on by acceleration due to gravity, which is -9.8 meters per second per second. The trajectory is the direction the ball takes when released into flight for a shot ,or when the ball has been thrown past a player.
Pretend that it takes me 9.5 seconds to dribble a ball 10 meters. I would plug this into the equation to find my average speed: 10 meters/9.5 seconds = 1.05 meters per second. Now, try to calculate your average speed when dribbling!. Speed and velocity both are a major part of the physics in basketball. You need velocity because of the direction and force your using to dribble the ball. Speed needed to determine how fast you are moving and dribbling down the