Basic aerodynamic principle is applied to study to the physics of golf balls during its use in the golf field. The golf ball’s velocity is determined by the strength of the hit by the golf player. The stronger he hits the ball the more impact is on the golf ball. And the spin rate is controlled by the dimples on the golf ball. Therefore the number of dimples in the golf ball plays a vital role which determines the trajectory. The dimples also reduce the wake turbulence of the golf ball that reduces the drag.

The term Magnus affect, which is often used to study the airplane wings’ lift, also applies to golf balls where the backspin generates lift that deforms the airflow around the ball. Thus, by studying the velocity, angle and spin the trajectory is determined. Golf balls are one of most admired among scientist and researchers.