well...
in the bouncing ball experiment,,, am doing that now as well... i didn't find it easy at first but now kinda do
anyways
the ball has a gravitational potential energy (potential energy means it has the ability to do something)...
so when the ball is dropped from a height the gravitational potential energy changes to kinetic energy (moving energy). when it touches the ground it gains elastic energy which helps it to bounce and when it bounce it wont get to the point that you dropped it at first because it has loosed energy and the energy it lose is the sound it makes when it hits the floor.... so when it hits the floor it loses energy and the energy turns to sound and heat energy.
So it goes like this:
Gravitational potential energy --> kinetic energy-->elastic energy-->sound &heat energy..
hehe hope i have helped...
now bck to facebook
L J :D
"Bouncing into Science: The Physics and Chemistry of Bounce Balls"
"Bouncing into Science: Investigating the Physics of Sports Balls"
Without the data or the requirements nothing can be done
Hollywood Is Hard - 2011 Bouncing Balls 1-2 was released on: USA: 1 September 2011
The question is How Many Are BOUNCING!? Yes there are 6, but only 5 of them are BOUNCING so the makers didn't get it wrong, pay attention to the question:)
the answers to factory balls 3
Level 3
3
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.
The answer to your question is yes, but only very rarely. As part of a promotion in their recently dwindling book sales, the encyclopedia Brittanica has placed 10 bouncing balls in 10 different encyclopedias being shipped to 10 different bookstores across the nation. Whence a person finds said bouncing ball they automatically win a free trip to Brittanica's manufacturing plant in fabulous Papau, New Guinea. The eccentric owner Mr. Brittanica himself will give the finder a tour of their paper mills and printing press warehouses. The chances of finding a bouncing ball is slim to none at best though. Good luck! Sources: Certified Scuba Diver.
A student thinks of bouncing balls as representing gas molecules.
Its on the box and commercial