The Interesting Physics of Bouncing Balls

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Published 2019-03-11
Beverly the Bouncing Ball eBook: amzn.to/2NXfaVo
Beverly the Bouncing Ball Paperback: amzn.to/2tYYSSR
My Other Children's Books: amzn.to/2EDUuNJ

We can all look back on our childhood memories and find in some form or fashion a bouncing ball. Whether it be shooting hoops with friends or tossing a tennis ball against the wall while we were grounded, we've all played with these bouncing toys.

While to most people balls are rather unassuming objects, they actually serve as a rather interesting springboard into learning about many interesting physics phenomena. Acceleration, velocity, energy; you can learn it all when you start looking at the physics behind bouncing balls.

In any ball bounce, there are essentially 7 stages that the action can be broken into during its motion, before, during, and after impact is examined.

Let's break down the physics of bouncing balls.

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Music:

CGI Snake by Chris Zabriskie is licensed under a Creative Commons Attribution license (creativecommons.org/licenses/by/4.0/)
Source: chriszabriskie.com/divider/
Artist: chriszabriskie.com/

All Comments (21)
  • I just released a new children's book called Beverly the Bouncing Ball! The Kindle edition is live right now and paperback should be live shortly (Amazon is taking a bit). I've set up 2 giveaways for CR fans so you can get a book for FREE! 5 people will get a free eBook copy for each of the following links/books. Thanks for watching! :) NEW BOOK: Beverly the Bouncing Ball Giveaway: www.amazon.com/ga/p/f84d0163fb808168 Orville the Iron Ore Giveaway: www.amazon.com/ga/p/c55a1c6c9837bae3
  • love the videos that dive into depth about the little things we dont a chance to appreciate and think about, great video as always!
  • @9485881
    Call me immature but I busted out laughing every time he said “bouncing balls” hahaha
  • @glamup7202
    Sir you said that at initial contact the reaction applied by ground overcome weight of the ball. But please explain about this reaction.
  • @Tom-gn2gb
    How about the forces acting on the ball once it reaches the top of its bounce height? Will the upward force be equal to the gravitational potential energy?
  • @allamasadi7970
    I will refer to this video regularly on my journey to become a world famous pool player😂😂. Another great video 👍👍
  • @KoriH-zg4mf
    Me who was in fifth grade when I saw this,: Umm... Yes.
  • i really dont understand why the ball acts on the ground with a force greater than its own weight
  • But Gravity isn’t even a force! I don’t understand why the narrator asserts that? So they should better explain why conservation of energy declines on each bounce🤨
  • @RigoVids
    That intro only applies to people from first and second world countries