Why Does A Basketball Bounce Higher Than A Bowling Ball

For example a tennis ball will bounce higher than a soccer ball because it has more air pressure and it is harder.

The ball uses this kinetic energy to move up the usually 6 to 7 degree incline to the top of the playing field. The kinetic

The air pressure inside a basketball has the biggest affect on bounce. The purpose of conducting this experiment is to determine if a basketball with a greater air pressure (psi) inside the basketball will bounce higher. The hypothesis for this experiment is 'If air pressure is decreased inside the basketball, then the bounce height will decrease as well'. I have participated in numerous inflatable ball sport activities and from personal experience this has enabled me to make an opinion on the results of the experiment, which is expressed in the hypothesis. A video camera was set up on a tripod, this was the main means of collecting the information by recording the bounce of the basketball after being released from a height of 2.7 meters in front of a measuring stick. The experiment was commenced with the basketball inflated to 12 psi and then the psi was decreased by one unit until the basket ball was measuring zero psi. It was essential that at each level of psi the basketball was dropped three times to gather an average resulting in more reliable data. When conducting this experiment the findings revealed the hypothesis was proven correct. When the basketball had the greatest amount of psi (12) it bounced the highest with a average height of 186.7cm. When the basketball had the least amount of psi (zero) it bounced the lowest height of 16.7cm. The results of this experiment provide valuable information to basketball players as it identifies that having the right

Your group of 2 will be given 3 balls (a tennis ball, golf ball, and a ping pong ball).

Baseball, America's pastime. As technology has improved many parts of the game, this research will take a closer look at how a quality baseball can help or hurt the distance in which baseballs are hit. Baseballs have changed significantly over the years and have become one of the reasons why players can hit the ball further. To make a baseball, the process takes about a week with many procedures being crafted by hand. The components inside a baseball may vary between different brands and procedures. This research will tell you how different brands of baseballs react to a bat.

On the other hand, there are drop balls. Drop balls are the opposite of a riseball, however they are similar to a change up; drop balls are low balls thrown at or near a pitchers maximum speed. Drop balls seem as though they are going to cross the plate as a strike, but then drop before the plate, sometimes plunking into the ground. Therefore, drop balls are caught very similar to how a change up is caught. The balls faster speed makes it more difficult to stop. Dropping to your knees and flipping your glove right away will assist you in stopping the ball and stopping runners from advancing.

It’s very alike to a basketball because the basketball bounces more when it’s more inflated

I would want to research the basketball shooting physics is because I love to play basketball and I really want to improve my shooting. I have been playing basketball for a long time, and I think I would play basketball for a long time so why not improve it.A lot of other friends and classmates loves to play basketball so when I see some people that needs help I could help them with their shooting. I hope that my research could help a lot to my basketball shooting.

The bowling balls are all connected to a piece of wood that is in the air and it is not bent in any way

The results from this experiment show that the elasticity of a ball does not affect its bounce height. The golf ball was not as elastic as the tennis ball, but its results were much higher than that of the tennis ball. The results in this experiment tell us that while elasticity does have some affect on the bounce height of the ball, another variable is altering their bounce height. The information gathered from the table and the graph did not support the

A new tennis ball that is just opened is fresh, hard, and is full of nitrogen. An old tennis ball that has been opened a long time ago is soft, less bouncy, and is not full of nitrogen. Every time there is a tennis game, people have to open a new can of tennis balls every time in order for the players to hit fresh and fully pressurized balls. Old balls are used for practice and is not recommended while playing tennis games.Temperature and humidity can affect a ball’s bounce, for example, a wet tennis ball doesn’t bounce as high. Also, when it is cold, the pressure inside a tennis ball decreases, causing there to be less of a

Altitude is another factor you have to be aware of. If there is a lot of wind the ball will travel to the side, reducing the distance the ball travels. If the wind is at a low speed the ball will travel much further. The higher the altitude there is less dense air. Density is the amount it weighs or how much mass is in it. If the air is denser the ball will have to struggle to travel through it. The less dense air allows the ball to travel further. When you are closer to sea level the ball will travel less of the distance.

The “Just Drop It” investigation was very informative and taught important lessons. The purpose of the experiment was to find the effect of a ball’s drop height on its return bounce height. The experiment was executed by dropping three different balls of different masses at 100, 75, 50, and 25 centimeters. The major finding was the return bounce height depended the most on the ball’s mass and from where it was dropped. The hypothesis that if it the ball was dropped from a higher drop points, it would have a greater bounce height was supported. Other researches had similar data but were never exactly the same. This is most likely because the reading of the return bounce was not exactly correct and neither was the drop height. One thing that

From the inventors of Coin Dozer and Prize Claw 2, BoA is an entire new enterprise!

Aside from being one of the most accessible (and best!) sports out there, many aspects of bowling can be expressed with physics. Achieving maximum power, throwing a hook ball, and getting good pin action can all be broken down into physics issues and represented with equations. I will cover four aspects of bowling that can be explained with physics terms and show you how to use this knowledge to optimize your game.