During the Steelers fantastic win last Sunday over the Chiefs, The Steelers kicker Chris Boswell set the NFL record for most field goals in a postseason game. Hyped up on the win and excitement I got to thinking, What is the physics of kicking a field goal? So I went and looked around and found exactly what I was looking for. Kicking a Field Goal is a very complex thing believe it or not. You have to consider things such as wind, air resistance, and momentum. Momentum is a key factor in having more force in your kick. With a higher momentum, the higher the force the kicker exerts on the ball. The kicker wants to kick the ball as hard and accurate as possible. Wind can either help or cause lots of trouble. It is very beneficial to kick with the wind because it can increase speed of the ball and accuracy. Kicking opposite the wind can slow your kick, or even blow the ball out of its path. Along with the wind and momentum their is a certain form you have to execute in order to kick well. The angle of the kickers body, pointed toe, arched back and the ball at a slight angle, all effect the distance and speed of the ball. The more angled the kicker's body is, the more momentum they will have, and therefore he will have more power. A field goal kick can win or loose a football game and it essential that NFL kickers are perfect.