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User avatar #2 - lapsushominum (04/16/2015) [-]
So anyone care to explain how this works? Because my current best guess is me assuming that it has to do with each dye having a different viscosity or density or property that affects how far it "rolls" before stopping.
User avatar #6 to #2 - gittons (04/16/2015) [-]
pretty much that.
User avatar #9 to #2 - inquisition (04/16/2015) [-]
hydrogen bonds
User avatar #11 to #2 - rainbowtacos ONLINE (04/17/2015) [-]
I'm pretty sure that each dye has a different viscosity, so the drop is a specific size, and each opening is set to be just greater, with each opening increasing in size. So Red has very small droplets, so the hole is small, while black has big droplets that wouldn't fit in the red size hole and roll past it until it gets to the black hole which is big enough. Similar to a mechanical coin sorter, I think.
User avatar #14 to #2 - sandmansniper (04/17/2015) [-]
Polarity. The word you're looking for is polarity.
User avatar #17 to #2 - fyaq (04/17/2015) [-]
The density/surface tension. Least on the bottom, most on the top. Like things will meld, and until it hits something similar the drop will just drop down
User avatar #7 to #2 - didactus ONLINE (04/16/2015) [-]
You can see the droplets bounce on the wrong color, so I assume it has to do with that the different colors are insoluble. This results in that they continue if they come upon the wrong color.
User avatar #8 to #2 - armwulf (04/16/2015) [-]
My guess is the gap between liquids is close enough that they touch- and if they are the same, the bigger blob of liquid absorbs the smaller one. Otherwise, it isn't held strong enough, and it keeps rolling.
User avatar #15 to #2 - finishhimlarry (04/17/2015) [-]
The mitochondria is the powerhouse of the cell
User avatar #12 - sandmansniper (04/17/2015) [-]
Congrats. Some liquids with dye that have different polarities. Whooptee.
#16 to #12 - anon (04/17/2015) [-]
Careful with that edge you might get a paper cut.
User avatar #4 - ewl (04/16/2015) [-]
sauce ish Stanford researchers solve the mystery of the dancing droplets
#1 - yousaygoodbye (04/16/2015) [-]
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User avatar #3 - sharknik (04/16/2015) [-]
sciencexplain it's time.
User avatar #13 to #3 - sandmansniper (04/17/2015) [-]
They have different polarities. Think what happens when you put oil in water.
#10 - victhree ONLINE (04/16/2015) [-]
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