Importance Of Newton's Laws Of Motion In Soccer

Weight and mass are key concepts. A ball that weighs more is harder to kick and a player that weighs more can kick harder. However a heavier player cannot run as long as a lighter player. And while a taller player can run further with the same number of strides, a shorter player may have better control over the ball because of his lower center of gravity. We have learnt that friction prevents a soccer ball from going forward forever when it is kicked and friction aids players to maintain control over the ball and their own movements. Gravity, another force that affects soccer can change how high or how low a ball goes. Momentum affects the distance a soccer ball travels and the movement of players. Velocity explains the way a soccer ball moves, how players are able to get to ball and how they can accurately make passes. All three of Newton’s Laws of Motion are applicable to soccer and the physics of the Magnus Effect is marveled at by fans throughout the world when a player is able to curl a free kick into the goal. There are many techniques whereby physics can be applied to make better soccer players. However, no amount of knowledge can make a great athlete without constant practice and dedication. Knowledge of the workings of physics in soccer can assist soccer players and coaches in understanding the science of the game and the rationale behind certain techniques. It can also help in devising methods of play to harness a player’s ability and in creating plays to out maneuver opponents on the field.