Bouncy balls bounce because when the rubber hits a hard suface (one that cannot move away from the impact, usually the ground), the material of the ball is compressed at the point of contact. Once the energy of the ball's impact has been absorbed in this manner, the material of the ball reacts to the compression by attempting to return to an uncompressed state. To do so, it expands, pushing down against the hard surface, and pushing the entire ball back up from the surface. This may be enough to lift the ball back into the air. Gravity then drags the ball back down again, and the process repeats until the force of the rebound is too weak, and the ball will either stop, or translate the energy into a rolling motion along the hard surface.
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.
To maximize the bounce of a very bouncy ball, you can try techniques like dropping it from a higher height, ensuring a clean and flat surface for it to bounce on, and applying force evenly when bouncing it. Additionally, using a ball made of a material that is known for its high bounce properties can also help achieve a better bounce.
Oh, what a lovely question! The size of a bouncy ball can indeed affect how high it bounces. A larger bouncy ball may not bounce as high as a smaller one because it has more surface area touching the ground, which absorbs some of the energy. Just remember, no matter the size, every bouncy ball has its own unique way of bringing joy and fun into the world.
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.
A heated bouncy ball would bounce higher than a frozen bouncy ball. Heating the bouncy ball increases its kinetic energy, making it more elastic and able to store and release energy during a bounce. In contrast, freezing the bouncy ball would decrease its elasticity and therefore its ability to bounce as high.
yes
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.
The higher the boiuncy ball is the more times if u do it with a small bouncy ball but if you do it with a big bouncy ball it will stay the same ever time u go up in height. The smaller the bouncy ball the more times it will bounce at a higher drop-height but if you try it with a big bounce ball it will still the same number of times each time you go up in inches
To maximize the bounce of a very bouncy ball, you can try techniques like dropping it from a higher height, ensuring a clean and flat surface for it to bounce on, and applying force evenly when bouncing it. Additionally, using a ball made of a material that is known for its high bounce properties can also help achieve a better bounce.
Oh, what a lovely question! The size of a bouncy ball can indeed affect how high it bounces. A larger bouncy ball may not bounce as high as a smaller one because it has more surface area touching the ground, which absorbs some of the energy. Just remember, no matter the size, every bouncy ball has its own unique way of bringing joy and fun into the world.
small bouncy balls will bounce higher
it won't bounce
a theory that there was a big bounce of a bouncy ball....
a theory that there was a big bounce of a bouncy ball....
a theory that there was a big bounce of a bouncy 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.
A heated bouncy ball would bounce higher than a frozen bouncy ball. Heating the bouncy ball increases its kinetic energy, making it more elastic and able to store and release energy during a bounce. In contrast, freezing the bouncy ball would decrease its elasticity and therefore its ability to bounce as high.