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Comments(173):
#45
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warlocklw (12/05/2012) [-]
you need high viscosity fluid to achieve this. normal water won't have this effect.
#34
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thejdcole (12/05/2012) [-]
Here is the source guys.
www.youtube.com/watch?feature=endscreen&v=6KKNnjFpGto&NR=1
www.youtube.com/watch?feature=endscreen&v=6KKNnjFpGto&NR=1
#33
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belthool (12/05/2012) [-]
I would like to know if that same process continues down to the last 20 or so molecules
I'm not an expert of this topic, but i think it is a lot about surface tension. The raindrop from the leaf, hits the water, which have not that much salt in it, so it will stay on the water, until the tension breaks, and it makes some kind of bubble-thingy in the water, and there will come a smaller drop up again, and does the same again.
So i dont think that it is shopped, like the other commenter means ;)
So i dont think that it is shopped, like the other commenter means ;)
#16
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trollgiggity (12/05/2012) [-]
Speaking of cool shit that involves water. Here is a gun being shot underwater.
#17 to #4
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duffry (12/05/2012) [-]
It all has to do with surface tension. The water wants to stay in a sphere for that it the minimum amount of volume an object can take shape in (it is also why planets are round). Show the outer molecules hold the bonds for a moment before they are attracted to the larger mass do to unpaired water molecules on its surface. This process continues a few times till all the water is apart of the larger mass
#23 to #22
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duffry (12/05/2012) [-]
I'm not saying the planet is using surface tension, I am saying it wants to be a sphere, it is an analogy. It isn't perfect, but it gets the point across. And here is a little tid-bit Planets start as large things of gas and dust, and gravity sets in pulling the little things toward the bigger one, building, condensing, and the gas compresses to become a liquid because of gravity's pressure. Then later becoming solid after more pressure. I'm sorry it my analogy didn't work for you but I thought it was a damn good one.