NASA: Amazing Experiments with Water in Zero Gravity

Experimenting with the physics of water in the weightless environment aboard the International Space Station. For more out of this world experiments please check out
www.physicscentral.com/sots. You can also watch the video in breathtaking HD on http://www.youtube.com/watch?v=qTy9Np...

• Category

  Science & Technology

[ben espejo]

Why does that sound sexual?

[rammbane]

144p? Really NASA?

[Jordan Benniefield]

Black shirt + Black background = WTF moment

[Joe Blow]

"I'm gonna take one more puff cause I'm in space and I can."....I knew it.

[Edi Endetta]

he is like having an orgasm ,oh yeaah water ohh

[Soudactive]

you doesnt recognize ?

3:53

This is bald Brazzers guy xD

[Soudactive]

hhaahhahahah LOL

[MrMentaI]

is he masturbating to this?

[drumdirt]

It's ken Bruce

[Blah Mynameis]

ah yes oh yeah love that science' ass gawd mmm I'll suck this water right up ow yea

[Arween S.]

This sounded very sexual

[Willoughby Krenzteinburg]

You would most definitely find that the Earth's pull has WAY more influence than they have on each other. A sphere of water with 1 kg of mass has a radius of 6.2 cm. If two spheres were placed side by side with a 1 cm gap between them, their centers would be 13.4 cm apart.

a=Gm/r²=(6.67*10^-11)(1kg)/(13­.4)²= 0.0000000037 m/s².

Combined acceleration would be 0.0000000074 m/s².

Acceleration toward Earth = 8.6 - 8.8 m/s².

FYI, the spheres would make contact in about 26 or 27 minutes.