How It Works: Projectile Motion in Basketball

Physics is part of everyday life. The modern technology equipment we use in our daily life and the things around us are clear. Physics is considered useful only in the classroom, but physics can also be applied to basketball, which is one of the most popular activities on the planet. Even in jump balls and jump dunks, the human body follows the same projectile motion law as other objects. Movements such as shooting, overtaking, running, dribbling include topics related to physics such as force, friction, air resistance, speed, pressure and energy.

The movement of the projectile occurs in everyday life. When moving, projectile motion is of course used to calculate how an object enters a particular area. For example, a player who wants a basketball to put in a basket is tilted, after choosing that angle, deciding the installation of power. This concept can be used when kicking a ball with football, when the ball is struck, when the golfer takes the first shot, when the archery aims at the archery, when the baseball hits the home run, and so on.

Basketball was thrown at the edge. When shooting, the ball moves in the same direction as the projectile. Free throw is a projectile. Because the force on basketball is thrust, it is related to the projectile. The basketball is then projected horizontally and vertically, and when proper shooting techniques are used, the basketball is rotated, lifted, and finally swung in the net. Both horizontal and vertical components are independent and do not affect each other. The basketball arches are due to the gravity of basketball, and if basketball is thrown in weightlessness, basketball can continue without being interrupted. Therefore, it would be ridiculous to play basketball in space.

Projectile movement: The basketball shooting locus is very important. Due to the acceleration of gravity, the ball operates at -9.8 meters per second per second. It takes a while for the basketball to reach the maximum height after leaving the player's hand. There is a horizontal axis that shows the movement of the projectile, also called the x axis. This axis represents the distance of basketball and increases with time. The second axis is vertical, y axis. The Y axis usually indicates the height of the player and the height of the ball. When you are shooting a basketball, our brain will help us score you calculate these things!