How much energy does dribbling take? We understand that dribbling in various places requires a lot of energy. Basketball players know that certain playing areas such as asphalt, hardwood, and cement requires different types of dribbling. In order to dribble the ball players have to keep putting energy into the ball. Energy is required to dribble a ball as well as more energy may be required to dribble in different places. You would soon find out why energy is required to dribble the ball and how it works in such places as I mentioned above. Playing basketball can be hard work. Players run a lot but dribbling the ball takes a lot of work. You want to know why that is. It has to do with the way the basketball bounces.
…show more content…
It would make the ball bounce but gravity will pull and make the ball go down because of its forced and power it has. If I am bouncing a ball on pavement it will bounce higher then on wood and snow. It’s like that because cement isn’t stiff, hard, and heavy like wood and snow. That means that on snow and wood gravity is pulling the ball down more.
You also wouldn’t know that bouncing basketballs loses energy because of heat. It loses energy because it creates heat energy as it bounces. It also has this sound, that when a basketball bounces. It shows you the result in transfer of energy. This shows you the supporting system the ball has as it bounces.
Potential energy changes into kinetic energy as the ball drops toward the ground. Kinetic energy changes into potential energy as the ball rebounds from the floor. Basically what I am saying is that energy is being changed every time you dribble.
To sum it all up I hoped you learned how much energy is required to dribble a basketball. It forces many things to work together. If you ask basketball players yourself they probably would tell you the same. As you can see players have to force energy into the ball bouncing it constantly. That requires lots of work and I hope you learned something from this especially to all my ball
It would make the ball bounce but gravity will pull and make the ball go down because of its forced and power it has. If I am bouncing a ball on pavement it will bounce higher then on wood and snow. It’s like that because cement isn’t stiff, hard, and heavy like wood and snow. That means that on snow and wood gravity is pulling the ball down more.
You also wouldn’t know that bouncing basketballs loses energy because of heat. It loses energy because it creates heat energy as it bounces. It also has this sound, that when a basketball bounces. It shows you the result in transfer of energy. This shows you the supporting system the ball has as it bounces.
Potential energy changes into kinetic energy as the ball drops toward the ground. Kinetic energy changes into potential energy as the ball rebounds from the floor. Basically what I am saying is that energy is being changed every time you dribble.
To sum it all up I hoped you learned how much energy is required to dribble a basketball. It forces many things to work together. If you ask basketball players yourself they probably would tell you the same. As you can see players have to force energy into the ball bouncing it constantly. That requires lots of work and I hope you learned something from this especially to all my ball