How to Levitate a Ping Pong Ball

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Published 2024-04-14

Join me as I explore the fascinating concept of why ping pong balls seem to defy gravity by seamlessly floating atop a stream of air. Learn about Bernoulli's principle, how it creates this strange stability seen here, and about other various applications and results derived from Bernoulli's principle.

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Leidenfrost Video: • The Leidenfrost Effect!

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Thank you to Arnie Benn for his help in mentoring and reviewing this video

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Instagram: @ontheshouldersofscience
TikTok: @ontheshouldersofscience

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Music obtained from epidemicsound.com and YouTube Audio Library
Intro/Outro Background obtained from Videezy.com
Additional Video obtained from Pexels.com

Created By Ben Mesko

All Comments (11)

@sekzor7150 3 months ago

Love the animations that help me visualize the reasonings! My mind tends to learn best from such methods
@am13134 3 months ago

Amazing and insightful video. I just know your gonna blow up so keep up the great vids
@masonsayer4550 3 months ago

Super cool!
@baldgang 3 months ago

this guy is literally Atlas the Titan god
@jaimeirigoyenlopez5884 3 months ago

Great video. Maybe you could do a follow up quickly going over the significance of Bernoulli's principle in the last few things you mentioned?
@remykreuz 3 months ago

Woahhh
@ontheshouldersofontheshoul609 3 months ago

He’s back!!!! I guess that means i am too….
@rustyjames6131 2 months ago

This is also why it's possible to fill a garbage bag with a single breath of air!
@brescalofrio1 3 months ago

wait air is gas and fluid
@smechulockreehimbe6485 3 months ago

Hello Vro