75%
A properly inflated basketball should bounce to about 49 to 54 inches when dropped from a height of 6 feet onto a hard surface. The specific bounce height can vary slightly based on factors like the ball's material and the surface it's dropped on. Ensuring correct inflation is crucial for optimal performance and consistency in bouncing.
If properly inflated, it will bounce 8 times. Each bounce rebounds about 70%, so 14 feet on the first bounce, then about 10 on the second, etc. until the ball is bigger than the bounce.
Specially modified Avro Lancasters
yes
Depends on how high it was dropped from.
Several factors affect the bounce of a basketball including the height that it was dropped from. The bounce factor includes elasticity, air pressure, force applied to it, and how rigid the surface is that the ball is bounced on.
ya by 36, 116-85, kboe dropped 25 for a tourny high
A bouncing egg is an egg that has been soaked in a vinegar solution for several days, causing the shell to soften and become rubbery. The egg can then be dropped from a height and will bounce rather than break.
Balls bounce due to the elastic properties of the materials they are made of. Factors that affect their bouncing ability include the material of the ball, the surface it bounces on, and the force with which it is thrown or dropped.
I have a 2008 Toyota RAV4. When the weather dropped below zero the tire pressure light came on. Checking the PSI indicated less than a 2 PSI change ( dropped from 32 to 30). With the tire pressure properly inflated the light did not go off. I discovered that the spare has a transmitter as well and was well below pressure. Properly inflating the spare corrected the issue of the tire pressure light.
Incendiaries, high explosives, 2 atomic bombs, tallboy, earthquake, bouncing... etc.
The conclusion of the egg bouncing experiment is that by carefully designing a structure around the egg that absorbs impact and distributes forces evenly, the egg can be dropped from a height without breaking. This demonstrates the principles of physics and engineering in action.