Tennis Ball- Is this possible?

In summary, the conversation discussed a video of a Powerade commercial where a tennis ball breaks through a clay court. The participants questioned whether this would be possible in real life and considered factors such as the durability of a tennis ball and the use of alternative materials. Some suggested that quantum mechanics could make anything possible, while others proposed using a heavier or different type of tennis ball to achieve the effect in the video.
  • #1
Associa
2
0
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  • #3
Jeff,
Yeah I know it is a commercial. What I would like to know is if the members here think it would be possible for this to actually happen.
 
  • #4
No it can't. The tennis ball would be destroyed before it did any significant amount damage to the ground. If you don't believe me, build a tennis ball cannon.
 
  • #5
Topher925 said:
No it can't. The tennis ball would be destroyed ...
...yes, and the racquet as well.
 
  • #6
are we forgeting our quantum mechanics here? Anything is possible because EVERYTHING is based on probablility. With the uncertainty principle, it is possible that all the atoms in the tennis ball gain sufficient energy to break the ground like that, then get rid of the engery. Thanks to quantum mechanics, anything is possible...
 
  • #7
If you replace the hard clay with mud or sand, or a mixture of clay and water, it's possible. You could sprinkle dry clay on top of the "mud" to make it look realistic. I don't know if the video was done using "mud" and possibly a "heavy tennis ball" shot from a cannon, or if it was all computer generated.
 
  • #8
If you would build a tennis ball out of iron, sure.

Otherwise as others have already stated it is not possible due to the characteristics of a tennis ball.
 

1. Can a tennis ball be made without any rubber?

Technically, yes. While traditional tennis balls are made with rubber, there are alternative materials that can be used to create a similar ball, such as felt or foam. However, these materials may not have the same bounce or durability as a rubber tennis ball.

2. How does a tennis ball bounce?

A tennis ball's bounce is dependent on several factors, including the material it is made of, the amount of pressure inside the ball, and the surface it is bouncing on. Generally, a tennis ball will bounce higher on a hard surface compared to a soft surface. The rubber used in a tennis ball allows it to compress and then quickly spring back to its original shape, creating the bouncing motion.

3. Can a tennis ball be recycled?

Yes, tennis balls can be recycled. The rubber, felt, and plastic used in making tennis balls can be repurposed for other products. There are also programs in place that collect used tennis balls and recycle them for various purposes, such as creating playground surfaces or insulation.

4. Is it possible to make a tennis ball without a seam?

No, it is not possible to make a tennis ball without a seam. The seam is an essential part of the manufacturing process, as it allows the two halves of the ball to be joined together. Additionally, the seam helps to give the ball its round shape and contributes to its bounce.

5. How long does a tennis ball last?

The lifespan of a tennis ball can vary depending on factors such as frequency of use, storage conditions, and playing surface. Generally, a tennis ball will last anywhere from 2-3 hours of play before it starts to lose its bounce. However, with proper care and maintenance, a tennis ball can last longer. Storing the balls in a cool, dry place and avoiding excessive use can help prolong their lifespan.

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