Steel Ball Bounces Higher Than Rubber

To understand how it works let s start with bouncing.

Steel ball bounces higher than rubber. Now when a rubber ball is thrown at a surface first it deforms for a bit from the impact. Here are some instructions to make your very own bouncy ball. Whether it bounces more than the rubber depends on what sort of rubber is used. Further a steel ball will also bounce higher than a rubber ball.

When it hits the ground the steel snaps back faster. The steel is better at storing energy which helps give it a lot of bounce power. Since steel snaps back much faster than rubber the steel ball will bounce higher especially when dropped on another very hard surface like steel. When a steel ball hits a hard surface like the ground it dents just like a rubber ball.

Much will then come back to the bouncing ball. Believe it or not a steel ball actually bounces higher than a rubber ball. When you drop a ball on a surface it compresses and squashes slightly before snapping back to its original shape. Further a steel ball will also bounce higher than a rubber ball.

You can investigate bounciness with an activity at home. But the steel ball snaps back into shape much faster than a rubber ball. If the wall is plaster the rubber ball energy will go mostly into squashing the rubber. If the material is harder than both materials then the steel ball will bounce higher but if the material is softer then the floor.

Yet we don t go around using ball bearings and marbles as balls because they can easily damage whatever they strike. Bouncing is a phenomenon where an object strikes a surface with force and imparts energy and when that energy is returned back to the object it strikes back upward. It s a steel ball. Yet we don t go around using ball bearings and marbles as balls because they can easily damage whatever they strike.

If the wall is steel i bet the steel ball will bounce quite well. It depends on the hardness of the material it is bouncing off of. Yet we don t go around using ball bearings and marbles as balls because they can easily damage whatever they strike. The recipe doesn t call for rubber but you will get to play with some polymers.

You can certainly test it out for yourself using a marble and a small rubber ball. Cats sure can get a lot of entertainment from them here s video proof. The steel won t squash much. The key is stored energy.

Since hardened steel is usually created with carbon the steel s natural atomic crystalline tendencies are countered causing the ball to deform only briefly.