How to make a device that will magnetize anything

[vinshbrief]

does it matter if it's distilled water+salt or regular water+salt?

[vinshbrief]

does it matter if the negative is in the water or the positive? i am trying to understand what i did wrong.. salt water , plastic cup , steel wool , battery ...it's simple what could i have done wrong? gold is condictive but it's not magnetic are you sure it should work with gold?

[vinshbrief]

non magnetic metals doesnt work.. i tryd gold,aluminum,lead... doesnt work

can you check that yourself? maybe i did somthing wrong? i used 12V transformer it should have work...

[EpicAnarchyDudes]

@vinshbrief well, seeing as how Gold is actually conductible, you did something wrong..

[vinshbrief]

will it work with non magnetic metals like copper or aluminum?

[kazesamurai1000]

@vinshbrief problrbly

[maxxw50]

Could I replace the steel wool with something??? I'm turning your small 2 minute display into a 3 foot wide masterpiece and using 600 volts so I think it will catch the steel wool on fire. Any suggestions

[kashifraza2011]

@maxxw50 try using invar steel instead, it has a higher Ignition temperature and much higher melting point...

[44Bullets]

cool video man.. do you think this would work with a rock even?

[kashifraza2011]

@44Bullets no dude, it has to be a ferro magnetic substance...

[44Bullets]

@kashifraza2011 hmm, the strange thing is when the rocks are in a magnetic field (the granite boulders here) then they are magnetic themselves. I have chunks of rock next to me right now that have north poles in them and i can pick them up with iron cores but the south poles are undetectable in them, Almost like they are there but they have no charge or individual magnets running through them south poles.. But the north poles definatly have some charge/individual magnets.. Hows that work?

[kashifraza2011]

@44Bullets its because they might have a small piece of of Iron(90% chance of ferric oxide) in it which is mostly magnetic, it will be so small that their poles are not detected as separate units...

[joeallen6x]

this doesn't work

[kazesamurai1000]

@joeallen6x u did it wrong

[cam1996reeves]

ok cool, thanks.

[cam1996reeves]

hi, does it matter where i put the negative and positive wire, if so could u let me know?, and how long do the effects last?, thanks if you reply.

[kazesamurai1000]

@cam1996reeves it sometmes matters depending on what is being magnetized, so you will just have to play around with it. it stays magnetized forever

[evilaries9061]

LOL! stick your finger in and taste it to make shure its nice and salty!

[FGeraldPeralta]

cool, but im looking to make a bigger one. im trying to magnetize my dagger

[MYASHWANTH007]

what is the cup made of ?

[kazesamurai1000]

@MYASHWANTH007 plastic, it has to be sort of insulating

[Headshothorror4488]

Now how do you demagnatize it ? Pleaae make a vid and let me

Know thanks

[kazesamurai1000]

@Headshothorror4488 you cant, EVER!

[johnnjosephh]

you got rely long hair dude

[Matrix29bear]

1:39 in the video

I was not aware that a 9-volt battery is "a magnet".

You need to reshoot this when you are sober (and literate).

[kazesamurai1000]

@Matrix29bear i meant it becumbs a magnet ok!

[Chaos5701]

i just tried that today but was there supposed to be bubbling and is the water supposed to turn yellowish and smell like crap?

[kazesamurai1000]

@Chaos5701 um... no, its not, did you take the oil off of the steel wool?

[Chaos5701]

@kazesamurai1000 oh i see i forgot but do you just wash it?

[MrOmgUDiedToo]

@Chaos5701 Lmao that bubbling was hydrogen and oxygen bubbles coming out of the water. The process you did basically extracted hydrogen though electrolysis. Kinda like what a HHO Generator does.

[MrOmgUDiedToo]

@Chaos5701 Oh and the yellow crap was the metal basically Oxidizing. Ex. How steel turns to rust or copper turns green when exposed to air and water. Except you made it happen very rapidly.

[ShadowphixUnlimited]

@Chaos5701 sounds like u have a bad wire! lol

[Kemp101010]

is this  only temporary or does it permanently magnetize it

[kazesamurai1000]

@Kemp101010 if done to an item that can hold a magnetic charge well, it is permanent.

[321apocalyps]

will this supercharge a normal magnet?

[kazesamurai1000]

@321apocalyps Im not sure, it might, you should try it and post if it does, I might try it too.

[321apocalyps]

@kazesamurai1000 i tried it with a different method cause i didnt have the steel wool but it didnt when i coiled wire around it or anything but it wouldnt have had much of an effect anyways...

[kazesamurai1000]

@321apocalyps by coiling wire you made a sort of electromagnet which absorbed most of the magnetic charge, this charge may have dissipated if you uncoiled the wire. With steel wool there is no coiling effect so the electricity does not run in any particular circular direction, this makes the magnetic charge be taken on by the only other magnetically prone object(your object) unless its not prone to a magnetic charge like plastic, or a thing like that

[tajiamgohda]

Are you left handed? ( I am!)

[kazesamurai1000]

@tajiamgohda no, but thanks for asking! what is it like?

[MrDrPepperkid]

can i use something other than steel wool

[kazesamurai1000]

@MrDrPepperkid you may use something that has Iron atoms and a large surface area to interact with the ions present. Thats why steel wool was such a good choice, but whatever you use it needs iron atoms and a very large surface area. when surface area goes up, reaction extent goes up.

[Lupin446]

Well now we know what i'll be doing to all my coins

[airsoftdude8895]

is the wool supposed to touch the water?

[kazesamurai1000]

@airsoftdude8895 yes, the steel wool should touch the water so the sodium and iron ions can create the magnetic current

[snika811]

I tried this with a carrot and a pigeons egg, it worked best on the carrot... Which is now proudly displayed as a fridge magnet! you wanker!

[kazesamurai1000]

@snika811 im not sure if this is a good or bad

[1MYCHEMICAl1ROMANCE1]

whats water

[kazesamurai1000]

@1MYCHEMICAl1ROMANCE1 H2O