Soft surfaces absorb quite a lot of the energy (by deforming) that the ball uses to spring back up, whereas hard surfaces don't absorb that energy (because they don't deform), and so the energy is used to deform the ball, which is then converted back into kinetic energy and the ball bounces.
Balls bounce more on harder surfaces because hard surfaces provide less absorption of the energy from the ball's impact. This results in more energy being returned to the ball, causing it to bounce higher and more forcefully. In contrast, softer surfaces absorb more energy, leading to less bounce.
Balls bounce higher on hard surfaces because hard surfaces do not absorb as much energy upon impact compared to soft surfaces. This results in more of the ball's energy being preserved and converted into kinetic energy, which propels the ball higher upon bouncing. Additionally, hard surfaces provide a more rigid and stable platform for the ball to rebound off of with greater force.
Balls bounce high on tarmac because it is a hard and solid surface that allows for greater transfer of energy upon impact. This results in less energy being absorbed by the surface, causing the ball to bounce higher compared to softer surfaces like grass or carpet.
A hard, smooth and solid surface such as concrete or wood provides the best conditions for a ball to bounce effectively. Surfaces like grass or carpet can absorb some of the energy from the bounce, resulting in a less vigorous bounce. The smoothness and hardness of the surface allow the ball to rebound with minimal energy loss.
Materials such as glass, water, concrete, and metal are good reflectors of sound due to their dense and solid properties that allow sound waves to bounce off easily. Additionally, smooth and hard surfaces tend to reflect sound better than soft and absorbent surfaces.
Balls bounce more on harder surfaces because hard surfaces provide less absorption of the energy from the ball's impact. This results in more energy being returned to the ball, causing it to bounce higher and more forcefully. In contrast, softer surfaces absorb more energy, leading to less bounce.
Balls bounce higher on hard surfaces because hard surfaces do not absorb as much energy upon impact compared to soft surfaces. This results in more of the ball's energy being preserved and converted into kinetic energy, which propels the ball higher upon bouncing. Additionally, hard surfaces provide a more rigid and stable platform for the ball to rebound off of with greater force.
Balls bounce high on tarmac because it is a hard and solid surface that allows for greater transfer of energy upon impact. This results in less energy being absorbed by the surface, causing the ball to bounce higher compared to softer surfaces like grass or carpet.
Balls do not jump my friend , they bounce. The effect of this bounce depends on how hard the user threw the ball , and how hard the ball itself is. E.G - If it was Low on air , it wouldn't bounce far. E.G.2 - It was hard and had lots of ait inside , it would bounce quite a bit.
Well a golf ball won't bounce better than other golf balls it matter what is inside it. Like the proV1 has a very hard core and the NXT tour is very light in the inside and will probably bounce better if you swing fast I would recommend the proV1 but if not Get the nxt tour happy to help
No ball bounces higher than others. There are different ball for different surfaces and it depends on what surface you are on (clay, hard, or grass). The ball will bounce higher on hard then it does on clay or grass. -tennis player
Yes, the leather and cork construction of a cricket ball will bounce on a hard surface. However, pretty much everything will bounce if it's thrown hard enough
Regular duty tennis balls are designed for use on hard courts and have a lower bounce compared to extra duty tennis balls, which are intended for use on clay or grass courts. The differences in bounce and durability between the two types of balls can impact gameplay and performance on the tennis court. Regular duty balls may be more suitable for faster play and provide better control, while extra duty balls are better for slower surfaces and can withstand more wear and tear. Players should choose the type of ball that best suits the court surface and their playing style to optimize their performance.
They do when you throw them hard enough. The elasticity of water depends on the speed of impact.
All balls will bounce based on the surface you bounce it on. Even a bowling ball will bounce at least a centimeter or half a centimeter even though it is hard to determine whether it is getting off the ground or not. Of course it wont bounce if you bounce it on something soft and break through, but it will bounce on a hard cement floor. It will bounce because it will have potential energy weighing it down and if the floor is harder than the ball, the ball will move off like opposite sides of a magnet. but only for a while until our gravity pulls it down and stops it. Hope that helped.
dont bounce it off cement or other hard rough surfaces and keep them out of the rain or wet areas.
I am assuming you are talking about tennis. On a grass surface, the ball will bounce fast. On clay courts, the ball will bounce slower than on grass. On a hard court, the speed of the ball bounce will be in between clay and grass.