nail polish is mostly acetone. it evaporates quickly and feels
cold. it leaves a white film.
2007-04-18 00:33:57
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answer #1
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answered by Daniel S 2
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Simple! You feel cool! Then presto!... it vanished slowly right in front of your eyes.....right? that is because your nail polish remover is actually alcohol. Alcohol will evaporate when it's exposed in the air and the body heat from your palm help it to evaporate even faster.
2007-04-18 00:38:47
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answer #2
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answered by FIXIT 4
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It evaporates pretty much immediately because one of the key chemicals in fingernail polish remover (acetone) has a very low boiling point.
2007-04-18 00:36:35
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answer #3
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answered by - Tudor Gothic Serpent - 6
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As it contain alcohol, a very volatile liquid, it absorbs body temperature to evaporate, and leaving a cool feeling on that part of palm.
2007-04-18 00:36:06
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answer #4
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answered by manjunath_empeetech 6
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nail poloish remover is generally acetone.so whenever u put it on yr palm, it evaporates and takes some moisture of the ski n with it. so. this causes to feel cold.
2007-04-18 00:36:45
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answer #5
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answered by chill tracker 2
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You get a puddle of nail polish remover on your hands. That's due to gravity.
2007-04-18 00:31:14
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answer #6
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answered by poorcocoboiboi 6
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in basic terms through fact somebody is acquainted with that would not lead them to a genious. That grow to be a stupid action picture. i did no longer even might desire to work out it to tell if it grow to be stupid, all I observed grow to be the trailer, and it grow to be no longer properly worth my time or money.
2016-10-03 04:26:35
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answer #7
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answered by ? 4
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welllllllllllllllllllllllllllllllllllll uuu ooooooooh genius will say it will evaporate before falling to the palm cause of atmospheric friction
hey is it "genious" or genius
2007-04-18 01:14:43
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answer #8
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answered by Anonymous
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It feels cold.
This is because the acetone uses the heat from your palm to "help it" get warmer, to get closer to its boiling point, to a point of greater entropy (be sure to check that out http://en.wikipedia.org/wiki/Entropy)
2007-04-18 00:39:58
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answer #9
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answered by solver 3
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Evaporative cooling?
2007-04-18 00:40:53
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answer #10
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answered by Mark 6
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