{NEW VIDEO} 🥎Float A Ping Pong Ball💫

Описание: Video Clip From:
   • How to throw a screwball in wiffleball  
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Ever wonder how a curveball actually curves or why a ping-pong ball can float in midair when you blow air through a straw? 🤯 In this video, we break down the science behind these mind-blowing tricks using Bernoulli’s Principle, air pressure, and fluid dynamics. You’ll see how fast-moving air creates low pressure, why spinning balls bend through the air, and how the same physics explains floating objects, curveballs, and even wiffle balls. This easy science experiment is perfect for classrooms, science fairs, or anyone who loves cool physics demos. No complicated math — just simple explanations, fun visuals, and science that actually makes sense.

0:00 - How does a curveball curve?
0:09 - Lets Float A Ping Pong Ball
1:27 - Experiment Explained
2:06 - Curveball Explained
2:35 - Just Go With The Flow

HOWDOES IT WORK:
Daniel Bernoulli a Swiss mathematization and physicist came up with the principal that an increase in the speed of a fluid such as a gas or liquid occurs simultaneously with a decrease in the fluid's potential energy. Basically put the pressure is in the direction of the flow of a fluid with higher pressures surrounding the flow. When you blow air through a straw you increase the speed of the flow of air and the air flows around the ball. Since the air flow around he ball creates lower pressure the higher atmospheric pressure pushes the ball keeping the ball floating in the air stream. while the pressure above and below the ball are equal. When it comes to a curve ball such as a wiffle ball, one side of the ball has holes while the other side is solid, when you whip the wiffle ball with a spin you creates while pools of air that lower the pressure inside the ball, the higher amphoteric pressure pushes on the solid side of the ball and the ball curves. no matter what kind of ball it is, as long as you get the ball spinning you create differences in air pressure and higher pressure pushes the ball in any direction you want.

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