size displacement.
Smaller bouncy balls bounce higher than larger ones because they have less mass and experience less air resistance when they bounce. This allows them to conserve more of their initial energy and bounce higher with each rebound.
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.
A little, to the extent that a smaller (lighter) ball is fighting the pull of gravity less as it bounces upward, so it may get a little higher. But the height the ball bounces is much more dependent upon the resiliency - the "springiness" - of the rubber or rubber compound the ball is made from.
Well, honey, if we're talking about physics here, a smaller ball size will typically bounce higher than a larger one. That's because smaller balls have less mass and surface area, so they can achieve greater height when they rebound off a surface. But hey, don't take my word for it - go try it out yourself and see which ball size gets the most airtime!
The height of a ball's bounce is affected by its size through the conservation of energy principle. Larger balls tend to bounce higher than smaller balls due to their increased mass and potential energy, which is transferred into kinetic energy upon impact with the ground. This kinetic energy drives the ball to bounce higher.
Smaller bouncy balls bounce higher than larger ones because they have less mass and experience less air resistance when they bounce. This allows them to conserve more of their initial energy and bounce higher with each rebound.
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.
A little, to the extent that a smaller (lighter) ball is fighting the pull of gravity less as it bounces upward, so it may get a little higher. But the height the ball bounces is much more dependent upon the resiliency - the "springiness" - of the rubber or rubber compound the ball is made from.
Well, honey, if we're talking about physics here, a smaller ball size will typically bounce higher than a larger one. That's because smaller balls have less mass and surface area, so they can achieve greater height when they rebound off a surface. But hey, don't take my word for it - go try it out yourself and see which ball size gets the most airtime!
The height of a ball's bounce is affected by its size through the conservation of energy principle. Larger balls tend to bounce higher than smaller balls due to their increased mass and potential energy, which is transferred into kinetic energy upon impact with the ground. This kinetic energy drives the ball to bounce higher.
the ball bounce high cause of the air in the ball If there is more air pressure in the ball it will bounce higher likewise if there is less air pressure it will bounce lower. This could be done by exposing the ball in different temperatures. If the ball gets hotter it will bounce higher and if gets colder it will bounce lower.
No, it is not necessarily true that larger things have smaller volume compared to smaller things. The volume of an object is determined by its dimensions and can vary depending on the shape and size of the object. Larger things can have larger volumes than smaller things if their dimensions are proportionally larger.
If it is hollow yes it does. The smaller the hallow ball the less air fits into it making it bounce less well. Except of course if the materials are different in which case it is possible the smaller ball would be more bouncy. The bouncier it is the more bounces you would get without it rolling.
Yes, a smaller mass can have as much momentum as a larger mass if it is moving at a higher velocity. Momentum is calculated as mass multiplied by velocity, so even if the mass is smaller, a higher velocity can compensate for it.
Because of gravity, a ball with a larger mass will take more energy to bounce than a small ball (of the same material) will, so a small one will usually bounce higher.
The higher the res, the smaller the objects.
Mass does not change with gravity. Weight increases on BIGGER planets and decreases on smaller planets.