es solo agua super enfriada, es decir ke fuè enfriada algo asi como a -10ºc muy rapidamente por lo que mantiene su estructura molecular, pero al agitarla se rompe. Creo que algo asi era no recuerdo bien xD
Habeis probado mezclar 1 kilo de oro rallado con 1/2 litro de gasolina y tras macerar durante 9 años prenderle fuego? Si pensais que no pasa nada mirad vuestra situacion financiera como ha menguado . . .
no es mas que agua meclada con acetato en polvo...
ese experimento lo hice yo en la Solvay (una fabrica de Martorell[Barcelona] que se dedica a la fabricacion de envases para productos.
Se mezcla el agua con el acetato en polvo, se mezcla bien y se espesa... a mayor cantidad de acetato en polvo, mayor espesor... nosotros llegamos a hacer "Flubber" xD
don't look up supersaturation because that is something completely different, look up supercooling!! the water here is being cooled down to below 0oC, but it doesn't form a solid state (ice) because their are no condensation nuclei present in the water (i.e. it is pure water). this is what supercooling is. pretty cool to watch....
You are correct, my friends and I do it all the time. Another way to to do it is leave it in sealed bottle, then take it out and agitate it by hitting it on something
it will turn to ice almost instantly. Check the ones with the beer too. This is real.
The specific heat of water: 4.186 j/g; heat of fusion 334 j/g. For all the water to transition it would have to be 334/4.18 or -79.8 deg c. It appears 2/3 of the water transitioned, so it would have to be below -52 C. Researchers have only supercooled water below -42 deg by cooling rapidly (>100,000 C/Sec) in liquid helium (1) - which I doubt they had here. (1.) S. N. Bhat, A. Sharma and S. V. Bhat, Vitrification and glass transition of water: Phys Rev Lett. 95
no jelly... no polymer... have you ever experienced supercooled rain? the drops of water instantly freeze when they touch the ground, or your umbrella, or your hair, because the water is already below freezing temperature and just needs something to start crystallizing.
its reality, even happens in nature, and here it happens in a glass, triggered by a straw. believe it or not. or try it out at home.
This could be supercooled water. Planes encounter this supercooled water in clouds in icing conditions forming ice that follows the contours of the aircraft.
It is no goo, it is no ice.. As you PROBABLY noticed, not everything turned into ice, so it should be some polymere as glass fibre (not glass fibre, but a similar structure and density)
Cooling denotes a decrease in temp, and a decrease in temp turns water into ice, which is a solid. It would not stick to your straw, even if it was possible to stick it back in the cup, which is not possible.
The container is very clean and the water is very pure, therefor the water can't find anything to crystallize around making it stay in "it's liquid state". Please understand it, thats the "basic" principle of supercooling, do a search for it. If he was using such a powder, then why wóuld he all it supercooling?
You can also just try super saturating the water with salt and after it is done any large movements or extra piece of salt would cause the water to condense into a salt crystal
You're all getting the wrong idea. It's a powder that just turns the water into a gelatinous goo, has no effect on its temperature... I've used it myself. You can buy this stuff at magic shops and web sites with prank products! Works on any liquid!
I dunno, it's more likely to be supercooled water being disturbed and turning into water. It's a relatively mundane 6th grade science experiment. Sodium polyacrylate instantly turning water into a solid is more lavish. If they used sodium polyacrylate, I'd imagine they'd be more apt to disclose that than lie and say it was a grade school level supercooling experiment.
u all stupid dudes. when water has the temperature close to 0 degrees and u feed it with some air a reaction begans and it freezes. like the one in the bottle.
nope...sorry...i'm not american. that bottle seemed to be half full...seeing as he said he didn't change it, that "water" was in CONSTANT contact with air, and yet it didn't freeze in the way you describe. when water is at/below 0 degrees Celsius it begins to freeze regardless of whether it is stirred or not (if it is agitated then the larger crystals of ice will be broken up, thus making it take longer for the entire volume of liquid to freeze.
Oh so it's about leaving water in a cold room, and instead of freezing, it remains as it is, in liquid form, until friction happens the water crystallizes... I've never heard of that...interesting.
think about it...it doesn't make sense. friction makes you loose energy in the form of heat. stirring a body of water (we're not talking about mixing it with an endothermic reagent here) won't make it freeze!
No it's not, read about supercooling and you will get an explanation. The container is very clean and the water is very pure, therefor the water can't find anything to crystallize around making it stay in "it's liquid state".
es solo agua super enfriada, es decir ke fuè enfriada algo asi como a -10ºc muy rapidamente por lo que mantiene su estructura molecular, pero al agitarla se rompe. Creo que algo asi era no recuerdo bien xD
ppkapo 3 years ago
acetato de sodio disuelto en agua caliente, luego metido al frigorifico por 1 hora despues solo con hacer un movimiento brusco este se solidifica :)
miabcdario 3 years ago
acetato de sodio disuelto en agua caliente, luego metido al frigorifico por 1 hora despues solo con hacer un movimiento brusco este se solidifica :)
miabcdario 3 years ago
Habeis probado mezclar 1 kilo de oro rallado con 1/2 litro de gasolina y tras macerar durante 9 años prenderle fuego? Si pensais que no pasa nada mirad vuestra situacion financiera como ha menguado . . .
dongrego89 4 years ago
no es mas que agua meclada con acetato en polvo...
ese experimento lo hice yo en la Solvay (una fabrica de Martorell[Barcelona] que se dedica a la fabricacion de envases para productos.
Se mezcla el agua con el acetato en polvo, se mezcla bien y se espesa... a mayor cantidad de acetato en polvo, mayor espesor... nosotros llegamos a hacer "Flubber" xD
AryaDJTiesto 4 years ago 2
Acetato de que...? :)
picoblaze 4 years ago
qe liqido es eso?
anasn21 4 years ago
Me parece que en vez de congelarse...mas bien quedo como gelatina
aagiraldo 4 years ago
quiero ese likido xDD
matos254 4 years ago
es solo agua
LeoDJ1992 4 years ago
awesome!!! :)
ivonncute 4 years ago
it's real and you know it you just cant believe it.
btassualt 4 years ago
don't look up supersaturation because that is something completely different, look up supercooling!! the water here is being cooled down to below 0oC, but it doesn't form a solid state (ice) because their are no condensation nuclei present in the water (i.e. it is pure water). this is what supercooling is. pretty cool to watch....
mattfishwick 5 years ago
You are correct, my friends and I do it all the time. Another way to to do it is leave it in sealed bottle, then take it out and agitate it by hitting it on something
it will turn to ice almost instantly. Check the ones with the beer too. This is real.
dasindaniel 4 years ago
Folks, do a google or wikipedia search on 'supersaturation'.
Rolomax 5 years ago
people...this is a magic jelly u buy at any magic shop...i just did that right now..only put the stuff in teh straw and start mixing it..
halodaler 5 years ago
It's called slush powder. You can buy it at any magic shop. Look it up.
ImNoYankee 5 years ago
The specific heat of water: 4.186 j/g; heat of fusion 334 j/g. For all the water to transition it would have to be 334/4.18 or -79.8 deg c. It appears 2/3 of the water transitioned, so it would have to be below -52 C. Researchers have only supercooled water below -42 deg by cooling rapidly (>100,000 C/Sec) in liquid helium (1) - which I doubt they had here. (1.) S. N. Bhat, A. Sharma and S. V. Bhat, Vitrification and glass transition of water: Phys Rev Lett. 95
herbivore489 5 years ago
noone gives a rats ass.
JWAYNEGASC 5 years ago
jelly.
kvnwbr 5 years ago
Pffffffffffft, My ex-wife could get that cold... faster than that ;P
xetlive 5 years ago
haha that was colder than she could ever be lol
claaud 5 years ago
no jelly... no polymer... have you ever experienced supercooled rain? the drops of water instantly freeze when they touch the ground, or your umbrella, or your hair, because the water is already below freezing temperature and just needs something to start crystallizing.
its reality, even happens in nature, and here it happens in a glass, triggered by a straw. believe it or not. or try it out at home.
kurtilein3 5 years ago
This could be supercooled water. Planes encounter this supercooled water in clouds in icing conditions forming ice that follows the contours of the aircraft.
emp29 5 years ago
Just some kind of gel... not impressive
hyssp 5 years ago
haha not exactly, its called physics
capncrunch9233 5 years ago
So any1 can do this with just a glass of water?
ziggy18plus 5 years ago
it would because water itselfs contains O2 from which air consists of ;).
mjalex14 5 years ago
It's Jelly and used as part of a trick, but now someone got their hands on it, they goofed up the effect so It'll no longer impress anyone.
benchodbosrino 5 years ago
Is this just powder or something you throw in the water?
ughword 5 years ago
It is no goo, it is no ice.. As you PROBABLY noticed, not everything turned into ice, so it should be some polymere as glass fibre (not glass fibre, but a similar structure and density)
YonderAnaconda 5 years ago
polymers
Cooling denotes a decrease in temp, and a decrease in temp turns water into ice, which is a solid. It would not stick to your straw, even if it was possible to stick it back in the cup, which is not possible.
Wildhydro 5 years ago
water tension would cause it to stick to your straw, same idea behind suction cups and what happens when ice from a icy is stuck on your straw
warningdown 5 years ago
The container is very clean and the water is very pure, therefor the water can't find anything to crystallize around making it stay in "it's liquid state". Please understand it, thats the "basic" principle of supercooling, do a search for it. If he was using such a powder, then why wóuld he all it supercooling?
OENS 5 years ago
You can also just try super saturating the water with salt and after it is done any large movements or extra piece of salt would cause the water to condense into a salt crystal
DaWuster 5 years ago
You're all getting the wrong idea. It's a powder that just turns the water into a gelatinous goo, has no effect on its temperature... I've used it myself. You can buy this stuff at magic shops and web sites with prank products! Works on any liquid!
g0rdian 5 years ago
I dunno, it's more likely to be supercooled water being disturbed and turning into water. It's a relatively mundane 6th grade science experiment. Sodium polyacrylate instantly turning water into a solid is more lavish. If they used sodium polyacrylate, I'd imagine they'd be more apt to disclose that than lie and say it was a grade school level supercooling experiment.
ShinaMMA 5 years ago
u all stupid dudes. when water has the temperature close to 0 degrees and u feed it with some air a reaction begans and it freezes. like the one in the bottle.
mjalex14 5 years ago
lol...the stupidity of that sentence is beyond belief.
sirinferno 5 years ago
u just damned american that's why
mjalex14 5 years ago
nope...sorry...i'm not american. that bottle seemed to be half full...seeing as he said he didn't change it, that "water" was in CONSTANT contact with air, and yet it didn't freeze in the way you describe. when water is at/below 0 degrees Celsius it begins to freeze regardless of whether it is stirred or not (if it is agitated then the larger crystals of ice will be broken up, thus making it take longer for the entire volume of liquid to freeze.
sirinferno 5 years ago
you dont need air to freeze water,if water were to be in a the perfect vacume of space, it would still freeze
warningdown 5 years ago
hence the stupidity of mjalex14's statement...
and it's not supercooling (put that in just for fun)
sirinferno 5 years ago
wrong. In perfect Vacuume it's steam. Ultro cold steam, but still steam.
Fusurugi 5 years ago
if you put water in a vacuum, it doesn't make it steam. Water in Vacuum (btw, there's no E in Vacuum) will react as if it were still water.
ruthy08 5 years ago
prove that it's water. Let some melt in plain view of the camera.
Frosttty 5 years ago
it's not supercooling, it IS the powder that forms a gel with water. Reason = if it actually did freeze then it would become much harder to stir
Rienke 5 years ago
what a perfectly good waste of water.
toomuchddr69 5 years ago
Oh so it's about leaving water in a cold room, and instead of freezing, it remains as it is, in liquid form, until friction happens the water crystallizes... I've never heard of that...interesting.
ngjimmy 5 years ago
think about it...it doesn't make sense. friction makes you loose energy in the form of heat. stirring a body of water (we're not talking about mixing it with an endothermic reagent here) won't make it freeze!
sirinferno 5 years ago
No it's not, read about supercooling and you will get an explanation. The container is very clean and the water is very pure, therefor the water can't find anything to crystallize around making it stay in "it's liquid state".
OENS 5 years ago
"the water can't find anything to crystallize around" the container?
sirinferno 5 years ago
it cant crystalize to the container
warningdown 5 years ago
Its a powder that you mix with water and it forms a gell the more powder the thiker it is,
zremac 5 years ago
thats so..crazy cool..
gloomibearo 6 years ago
how'd you do that ??
darkslayr 6 years ago
It is all explained in the owner's page: http://f0rked.com/articles/supercooling
curiosoperoinutil 6 years ago