temperature does affect the bounce of a ball!
When the ball is at a low temperature, the molecules are not flexible and bounce only to a small height. On the other hand, if the ball is warm or at a higher temperature, it will bounce longer heights.
Yes. 'Warm' increases the elasticity. Cold decreases the elasticity. Extreme cold can make the substances brittle and not bounce at all.
the higher the grass the higher the bounce.
When you raise the temperature the molecules in the object start to move fast and bounce off one another. They start to move further apart. So the density of the object decreases.
Yes... If the surface is smooth, then the ball should bounce fine but if the surface is rough the ball will bounce all over the place.
A freezer, oven, a room
yes
Temperature does affect the bounce of a ball. I know this because I did an expiremnt on the exact same question. The hotter the temperature is, the more pressure builds up inside a ball and the more bouncier it will be. The colder it is, pressure decreaces making it bounce lower than what the ball bounced at room temperature. In conclusion, the ball bounces higher when it is warmer and it bounces lower when it is colder.
When the ball is at a low temperature, the molecules are not flexible and bounce only to a small height. On the other hand, if the ball is warm or at a higher temperature, it will bounce longer heights.
Yes. 'Warm' increases the elasticity. Cold decreases the elasticity. Extreme cold can make the substances brittle and not bounce at all.
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Yes it will effect the rebound height. It tends to bounce higher in a warm temperature because the molecules speed up and strike the inner core more and faster so this makes it bounce higher!
eggs don't bounce so, no
the temperature of a basketball effects it's bounce because the air partacles in the ball slow down causing it to lose pressure and it doesn't bounce as well. if a ball has more pressure it bounces better.
the higher the grass the higher the bounce.
This is the sort of question that is amenable to scientific experiment. It may well be that most balls are affected by the temperature. Bounce is after all a question of returning the energy available at impact. The biggest factor is the proportion of the kinetic energy - the energy of motion - that is lost as useless heat. Dropping a few balls at fridge temperature and a few balls at room temperature on a hard surface, and seeing how high they bounce back would answer the question. I haven't done this experiment, but I know that trapped air increases pressure when warmed, and rubber does something strange - it can shrink not expand when warmed. If you have ever driven in a car in really REALLY cold weather, you have probably noticed the 'square wheel' effect until the tires warm up. The flat spot in the tire stays flat for a while. So that suggests a rubber case would lose more energy when cold....
When you raise the temperature the molecules in the object start to move fast and bounce off one another. They start to move further apart. So the density of the object decreases.