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Freezing takes the material below its glass transition temperature, at which it stops acting like rubber and starts acting like, well, glass. Even if it's not actually below the glass transition temperature, it's certainly closer to it, and it also decreases the pressure inside.
What else can I help you with?
Why do tennis balls bounce lower when they get colder?
because tennis balls turn in to ice when cold, and then dont bounce.
Why do some tennis balls bounce higher than others?
Tennis balls bounce higher depending on factors like their internal pressure, felt quality, and core material. New balls with higher pressure and less wear will bounce higher compared to older balls with lower pressure and more wear. The type of surface and conditions where the ball is being used can also affect its bounce height.
Which tennis ball bounce higher a frozen one or a unfrozen one?
Technically, a frozen tennis ball will not bounce well because of the temperature. The elasticity is one of the factors in which a ball bounces and when things are colder, there isn't as much elasticity, so it will not bounce as well. Therefore, a dry ball (as long as it wasn't frozen in a container) will bounce better than a frozen one.
What is your hypothesis on how the temperature effects a tennis balls height?
If a tennis ball is cooler then the atoms have less energy so it may hypothetically bounce lower than if it was warmer
How are tennis balls affected by environment?
Tennis balls are affected by the environment in a few ways. The environment can affect how it bounces. Warm air makes the ball expand causing it to have a higher bounce. Cold air makes the ball contract and can make it harder to bounce.
How does a surface effect how high a tennis ball will bounce?
if it is rough it will bounce lower and it is smooth it will bounce higher
Does a frozen bouncy ball bounce higher or lower then an unfrozen bouncy ball?
A frozen bouncy ball will bounce lower than an unfrozen one because the cold temperature reduces the ball's elasticity and flexibility. This results in less energy being absorbed and released during impact, leading to a lower bounce height.
What are the differences between regular duty and extra duty tennis balls, and how do these variances impact gameplay and performance on the tennis court?
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.
Do deflated balls bounce well?
No. The less air pressure in the ball, the lower the ball bounces.
Is the air in a can holding tennis balls higher or lower in the can or outside the can?
The air pressure inside the can is always higher than the air pressure outside the can. The air is compressed into the can along with the tennis balls.
Why do balls bounce differently on different surfaces?
Balls bounce differently on different surfaces due to differences in elasticity, surface texture, and friction. Softer surfaces absorb more of the ball's energy, resulting in a lower bounce. Smoother surfaces allow for a more predictable bounce, while rough surfaces can cause the ball to bounce in unpredictable directions.
Why do balls bounce to different heights?
Balls bounce to different heights because of the material they are made of, their elasticity, and the surface they bounce on. The more elastic the material, the higher the bounce. The surface also plays a role, as softer surfaces absorb more of the energy, resulting in a lower bounce. Additionally, factors like air pressure and the angle at which the ball impacts the surface can affect the height of the bounce.
