How Buoyancy Works: The Science Behind Floating in Water Explained!

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Have you ever wondered why you float in water? This video delves into the fascinating science behind buoyancy, the upward force that allows objects to float in a fluid. You’ll learn about the factors contributing to buoyancy, including water pressure and density, and how the buoyant force is calculated. We’ll also discuss how buoyancy is related to the weight of an object and the amount of fluid it displaces. Whether you’re a science enthusiast or just curious about why you don’t sink in the pool, this video will give you a clear understanding of the principles of buoyancy. #buoyancy #physics #scienceexplained #floating #waterpressure #fluidmechanics #weight #density #upwardforce #displacedfluid #swimming #poolscience #educational #sciencefacts #STEMeducation #learning #curiosity #funfacts #sciencevideos #YouTubeScience #science101

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Ig I go against the laws of physics, because I simply sink no matter what

voidLogicx

Why buoyance force is equal to weight of displaces water

AnishArya-nvgr

In one case, buoyant force equal to the weight of fluid displaced, which will be more for heavier object. Thus more buoyant force. Also lighter object will float on surface of water, indicating more buoyant force. Both the statement contradict, what is having more buoyant force.

Sir, which object's density is used in this equation? Displaced fluid or the buoyant object?

v_gigaharz

So the buoyant force is different from one object to another ? depending on how much volume of water it displaied

فاطمهراضي-صغ

Now i know how they died in the submarine

wokeworkholic

but is it the same with a human body and a wooden crate? since we are mostly made of water !?🤔 just thinking out loud...

annitawatch

What if there is no liquid at the bottom of the object, just on sides - it sits on the bottom of the pool, will it still be effected by boyancy force the same way?

vygag