KICKING THE SOCCER BALL
Kicking the soccer ball is one of the most important parts of soccer. You have to have the right angle and you also have to make sure you hit the ball with the right part of your foot. Not only do you need to make sure you kick the ball with the right part of your foot, but you also need to make sure you kick the ball with the correct amount of force. When you kick the soccer ball there are several things happening to the ball. First the ball has to over come air resistance to start moving. It then has to over come the static friction as well and once it finally rolls on the ground it experiences rolling friction. When you kick the ball and it soars through the air, this is when it is experiencing air resistance. It eventually overcomes the air resistance and the gravity then starts to put an unbalanced force onto the ball, then bringing it back to the ground. Along with forces on the ball, there are also forces acting on the player when they kick the ball. The leg that the player swings back to kick, experiences air resistance. Their other leg that is planted on the ground, has friction to help them stand in that place. When the player kicks the ball they have to make sure they are kicking the ball with the correct part of their foot. They also have to put forth the right amount of force to apply to the ball to get it where it needs to be.
HEADING THE BALL
Heading a soccer ball during a game can definitely come in handy, but you need to know where to hit the ball or it does you no good. The forces acting on the ball are air resistance, gravity, and its own weight. When the ball is coming at you it has air resistance, and when the you hit the ball and it is leaving your head it does as well. The ball has gravity acting on it when it comes down to meet your head. The forces acting on the player is friction, gravity, and air resistance. The player will sometimes jump up to get a header. When the player jumps, he/she has to overcome air resistance to jump up into the air. Then gravity pulls them back down to the earth. The friction between the cleats and the ground helps the player land.
JUGGLING THE BALL
Juggling the soccer ball is really good for a soccer player. It helps you become more coordinated with the ball. This can also help you control a ball that is coming toward you in the air, not on the ground. Juggling is an ideal example of an unbalanced force. I say that because as you are juggling the ball, (no matter where you hit it off of) gravity is wanting to pull it to the ground, while you are trying to keep it from falling. Because of this, the forces acting on the ball are air resistance and gravity. Some forces acting on the player when juggling are friction, air resistance, and gravity. While juggling, cleats come in handy cause you need the friction to stay on the ground. When the player has to lift up their leg they encounter air resistance and gravity and overcomes that.
Collisions With Players
Soccer is a game full of collisions between you and your opponent. You literally use all of the force you can to get the ball away from your opponent without getting called for a foul. Although most players try to stay away from fouls, they do get called because some collisions can end up bad for everyone in it or just on player. Forces acting in collisions are gravity, friction, and impulse. In certain collisions players do go to the ground which is an act of gravity or impulse. Impulse is the strong but short-lived force that two colliding bodies exert on each other.
KICKING THE SOCCER BALL
Kicking the soccer ball is one of the most important parts of soccer. You have to have the right angle and you also have to make sure you hit the ball with the right part of your foot. Not only do you need to make sure you kick the ball with the right part of your foot, but you also need to make sure you kick the ball with the correct amount of force. When you kick the soccer ball there are several things happening to the ball. First the ball has to over come air resistance to start moving. It then has to over come the static friction as well and once it finally rolls on the ground it experiences rolling friction. When you kick the ball and it soars through the air, this is when it is experiencing air resistance. It eventually overcomes the air resistance and the gravity then starts to put an unbalanced force onto the ball, then bringing it back to the ground. Along with forces on the ball, there are also forces acting on the player when they kick the ball. The leg that the player swings back to kick, experiences air resistance. Their other leg that is planted on the ground, has friction to help them stand in that place. When the player kicks the ball they have to make sure they are kicking the ball with the correct part of their foot. They also have to put forth the right amount of force to apply to the ball to get it where it needs to be.
HEADING THE BALL
Heading a soccer ball during a game can definitely come in handy, but you need to know where to hit the ball or it does you no good. The forces acting on the ball are air resistance, gravity, and its own weight. When the ball is coming at you it has air resistance, and when the you hit the ball and it is leaving your head it does as well. The ball has gravity acting on it when it comes down to meet your head. The forces acting on the player is friction, gravity, and air resistance. The player will sometimes jump up to get a header. When the player jumps, he/she has to overcome air resistance to jump up into the air. Then gravity pulls them back down to the earth. The friction between the cleats and the ground helps the player land.
JUGGLING THE BALL
Juggling the soccer ball is really good for a soccer player. It helps you become more coordinated with the ball. This can also help you control a ball that is coming toward you in the air, not on the ground. Juggling is an ideal example of an unbalanced force. I say that because as you are juggling the ball, (no matter where you hit it off of) gravity is wanting to pull it to the ground, while you are trying to keep it from falling. Because of this, the forces acting on the ball are air resistance and gravity. Some forces acting on the player when juggling are friction, air resistance, and gravity. While juggling, cleats come in handy cause you need the friction to stay on the ground. When the player has to lift up their leg they encounter air resistance and gravity and overcomes that.
Collisions With Players
Soccer is a game full of collisions between you and your opponent. You literally use all of the force you can to get the ball away from your opponent without getting called for a foul. Although most players try to stay away from fouls, they do get called because some collisions can end up bad for everyone in it or just on player. Forces acting in collisions are gravity, friction, and impulse. In certain collisions players do go to the ground which is an act of gravity or impulse. Impulse is the strong but short-lived force that two colliding bodies exert on each other.