The football travels a lot farther than the balloon does.
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The football will move faster and travel further due to its shape and weight, while the balloon will move slower and not travel as far due to its lighter weight and less aerodynamic shape.
When a boy kicks a football, the mechanical energy from his leg muscles is transferred to the football, causing it to move. Some of this energy is converted into kinetic energy as the football gains velocity, while other energy is converted into sound and heat energy due to friction with the ground and air resistance.
Three types of kicks in soccer are penalty kick, free kick, and corner kick. A penalty kick happens when a foul is committed in the penalty area, a free kick is awarded after a foul outside the penalty area, and a corner kick is given when the defending team plays the ball over their own goal line.
A ball occurs when the pitcher throws a pitch outside the strike zone and the batter does not swing at it. Should this occur four times during a plate appearance, the batter is allowed to advance to first base on what is called a base on balls, or walk.
In soccer, the force of tension is often experienced when a player kicks or passes the ball. When the ball is struck, it creates tension in the player's leg muscles, providing the force necessary to propel the ball. The tension in these muscles and the force applied to the ball determine the speed and accuracy of the shot or pass.
The speed at which a foot kicks a soccer ball can vary depending on the force applied by the player. Typically, a kick from a professional soccer player can reach speeds of 50-80 miles per hour.