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Eureka! Episode 26 - Buoyancy

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Uploaded by on Mar 23, 2007

Showing viewers that objects immersed in a liquid are buoyed up by a force equal to the weight of the liquid displaced, this program explains the principle of buoyancy.

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Film & Animation

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Standard YouTube License

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Uploader Comments (bubblebear83)

  • my test is gone happen tommorow and im n get A in it

  • Oh, pak258p.

  • my teacher showed us all the eureka videos,i have a test about this and much more, i hope i get an A+

  • On the whole video? Me and my posting this on YouTube.

  • YES just what I needed for my science reasearch paper thanks :)

  • why do you want to do a science research paper on Buoyancy? Are you testing out with balloons or something that floats? I hope this video clip might help you with your science paper.

Top Comments

  • I can't believe you have this! I use to love this show. I was looking all over for it for the longest time! I learned more from this show then I did in college. =)

  • Gotta love educational television. Now we're all doomed to watch The Misadventures of Flapjack and Chowder, which seem to promote bingeing on candy and obesity more than learning about the laws of nature....

    If you ever wonder whatever happened to future generations, just compare this show to the crap that's on today

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All Comments (23)

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  • mermaid was ugly !!!!

  • Plastic was invented yet when these were made? :) nice animations though!

  • now i got it.

    

  • I remember this. I'm happy some parts of my childhood isn't tainted by rule34.

  • fags

  • this is soo helpfuul. thankyoou very much :D

  • the mermaid doesnt have a top on...my whole class was laughing when we saw this!!

  • its great video.simple to understand as my prof. sucks...thanks for uploading

  • Of course, nothing is as simple as it seems (or is made to seem). It is possible to float an object in a quantity of water that weighs altogether less than the object being floated.

    Also, there is a universally forgotten caveat to Archimedes' Principle, which is that the less dense object has to be surrounded by the fluid; if a flat-bottomed object is pressed to the base of a flat-bottomed tank of water, it will stay there even if its density is less than that of water.

  • 2:08 haha

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