*For everyone who does not understand:* When a current is put through a coil, any object with magnetic properties within that coil will gain electrical charge through a process known as induction. The metal, when subjected to high amounts of electromagnetic “eddy currents” which converts the energy into heat, begins to melt. A comparable example would be if you ran a very high current through pencil graphite, the graphite would eventually catch fire and break. All thats happening in this video is the current is being induced rather than physically applied. Have a good day edited for accuracy
This video is fake magnetism drops off at high temperatures and any magnetic metal would fall before it melted, also the amount of energy going through the large copper tubes would melt them beforehand because of internal resistance
@Profile__1 it's good for rapidly heating metal without the need for it to be enclosed. A common use is for heat treating chain since you can constantly feed it through the coils without needing an enclosed furnace It's also handy for small pieces that you don't want to wait for a regular forge to heat up
It has its purposes watching 1Kg piece being heated in seconds so an insert can be brazed into place where only the necessary section gets heated evenly. Have seen 1Kg items taken to white hot and looking like melted plastic in less time than that example video It's powerful, quick, is only powered up when required, can be targeted pretty precisely and heats evenly
I believe magnetism kept it floating. At one point the temperature of the metal exceeded its Curie temperature, so it lost magnetism and fell to the floor.
from what I can tell it kept building energy with time through magnetism until it passed the melting point, and then the fella recording this turned off the magnetic field (literally says so in russian)
@@heythatsmydirt8900 electromagnetic field induces electric current inside the metal piece -> said current heats it up -> the field is strong, so is the current -> FUCKLOAD of heat -> the thing melts Long version: en.m.wikipedia.org/wiki/Induction_heating
does he know? (i know this is a joke) the pencil [excluding the graphite] would catch fire and be destroyed, however because graphite uhh... im not a chemistry nerd or smth but from what i've searched up, basically it's a powerful thermal conductor.
This video is from Russia and it's quite common there to sharp your pencils with a knife rather than a sharpener especially if you're using pencils for work (art, carpentry, engineering, etc.). And knives usually let you get better sharpened pencils.
Sous Vide Lamb Chop Ingredients 4 Lamb loin chops, or rib chops, thick cut - Salt, as needed - Black pepper, as needed - Olive oil, as needed - Garlic, cloves, optional, as needed - Rosemary, fresh, optional, as needed - Shallot, optional, as needed Equipment Sous vide setup Ziplock-style bag (1 gallon) Timing About 10 min active; 1 hr 30 min total Yield 4 chops Before We Begin Anything I should know while picking out my chops? Go thick! When you are cooking chops sous vide, the thicker the better. If you are shopping and see only little guys, ask your butcher or the human behind the meat counter if there are thick-cut options. Does it matter whether I use loin chops or rib chops? We used loin, but the recipe will work for rib chops too. For best results, opt for thick chops-we cannot say that enough. Uh-oh. My meat is frozen. What now? Not. To. Worry! Sous vide makes it easy to cook from frozen. With most meats, you can always just take the fresh cook time, divide it in half, then add that to the original cook time. For example, fresh chops will usually cook in about an hour. If you start with fully frozen guys, cook for 90 minutes. And if you don’t like doing the math, you can just download the Joule app. It’ll do all the work for you. Wait, my meat is not frozen. Why do you want me to freeze it before I sear it? We like to presear smaller cuts like lamb chops so they can develop good flavor as they cook. This also cuts down on searing time once the chop is done, reducing the risk of overdoing it. We’ve found that searing cold meat yields the best results-we’re able to build a good crust on the outside without overcooking the inside. So stick your chops in the freezer for 15-30 minutes before searing. This will get ’em cold without fully freezing them, so you won’t need to extend the cook time. Can I finish the chops on the grill instead of the stove? Oh yes! Check out our guide to making the greatest sous vide steak to learn more about that. Do I have to remove my chops as soon as they’ve cooked? Nope. You can leave them in for an additional hour, and they will emerge exactly the same. What’s the point of patting chops dry before searing them? We want to avoid steaming the chops when we try to sear them-we accomplish this by removing excess moisture. 1 Heat Joule to 131 °F / 55 °C Cooking your lamb at 131 °F / 55 °C gives you a perfectly rosy, medium-rare chop. That’s exactly how we like it, but if you prefer some other degree of doneness, check out the Joule app for other options. NOTE: Remember, the water in your pot will get hot enough to cook your food-treat your work surface accordingly! Place a trivet beneath the pot to help protect your countertop, or use whatever precautions you normally would when exposing your counter to a dish, pot, or pan that you just removed from the oven or stove. 2 Freeze the chops 4 Lamb loin chops, thick cut Transfer chops to the freezer for 15-30 minutes. 3 Season and presear - Salt, as needed - Black pepper, as needed - Olive oil, as needed - Garlic, cloves, optional, as needed - Rosemary, fresh, optional, as needed - Shallot, optional, as needed Sprinkle your chops with salt and pepper. Add oil to a rippin’-hot nonstick pan, then sear your chops for a minute per side. While you’re at it, go ahead and sear the fat cap on the edge of the loin for a minute as well. While you’re searing the lamb, toss in any herbs, garlic, shallots, or seasonings of your choice to let them get nice and toasty. 4 Bag and cook your chops Transfer the chops to a ziplock-style bag and add olive oil, the toasted aromatics, or whatever seasonings you prefer. Cook for one hour, but feel free to leave the chops in the water for up to two hours total. 5 Sear - Olive oil, as needed Heat a nonstick pan on medium-high heat. While your pan heats up, transfer your chops from the bag or bags to a clean, dry plate and pat them dry with a paper towel. This will help them crisp up better in the pan. If you wish, reserve the juices and aromatics from the bag to make a quick pan sauce later. When the pan is very, very hot, add some oil. Add the chops and sear for about a minute per side. Remember, they are already cooked through-you’re just trying to develop a nice, dark crust quickly. 6 Serve! Chop-chop-your lamb is getting cold!
FOR ANYONE WONDERING HOW THIS IS HAPPENING: The metal is being melted because of induction heating. An induction heater consists of 2 main things: an electromagnet and an electronic oscillator. A water cooling system is necessary as well. The oscillator sends a very high frequency alternating current through the electromagnet, which induces eddy currents in the metal. The friction from these currents heats the metal itself up. It’s super fascinating and I highly encourage you all to read up on it yourself. If you made it to the end of this comment, I hope you have an amazing day!
It's called an induction coil, and what happens is electricity flows through the copper pipe or the coil. when the magnet (or any metal really) is placed inside, the electrons that are flowing through the copper wire, are affected by the magnet's magnetic field, causing electrons to stray from the coil and go into the magnet, when electrons move to the magnet, they are energized, because the magnet is not an electric circuit the electrons have nowhere to get rid of their energy, so it is dissipated as heat, when a lot of current/a lot of electrons are going into the magnet and dissipating a lot of energy as heat, the magnet heats up really fast, so that is why the magnet melted.
Explanation: An alternating current is passed through the coil, providing a constantly changing magnetic field. By Lenz's law, currents are induced in the metal object to oppose the change in magnetic flux density. The currents appear to be eddy currents that circulate in loop within the metal object. As the metal object has electrical resistance, energy is dissipated as heat when current passes through it. The heat is then used to melt the metal object. P. S. The frequency of wiggling in the metal object is the frequency of the ac supply.
FYI The AC current in the copper reverses its magnetic field at a high frequency causing the metal's magnetic property to shift back & forth (reverse) creating heat - subatomic friction.
@@amologusmogusmogumogu2535 The magnetic field generated by the eddy currents interact with the magnetic field generated by the coil. This creates a magnetic force that balances the weight of the metal. The ac current that constantly reverses flow direction maintains such a force. Hence the metal floats. If a direct current is used instead, the metal will drop. You can learn more about this from reading about electromagnetism. Give the Nobel winning physicist and great educator Feynman a try, his narration makes physics lively. You can also try online resources like Khan Academy. And even on TH-cam you can search for Walter Lewin's channel, he used to be an MIT professor and likes to make people fall in love with physics.
The Name yeah I know what you’re talking about (and I wasn’t trying to be one) “see you all again in another _ years when the algorithm brings us together again” “TH-cam in 2010: no TH-cam in 2015: no TH-cam in 2017: not yet TH-cam in 2020: the time is now” I don’t know who those people think they are entertaining
The metal melts because of a principle called induction heating - the same principle used in induction stoves. The heat comes from the magnetic field that levitates the piece of metal Edit : for the people who couldn’t understand : just look at the microwaves
So we aren’t gonna talk about how the resulting magnetic pancake after turning off the coil had a really cool pattern Edit; The pancake itself wasn't magnetic. Its magnetism disappeared when the coil turned off
Not to be a smartarse but the melted metal at the bottom wasnt magnetic anymore. Magnetic materials have their molecules lined up uniformly so the positive/negative poles are pointed the same direction. When the magnet melted, the molecules stopped being alligned so it stopped being magnetic --> stopped inducing current --> stopped levitating
You need a good pencil sharpner, electric and those weird scrolling things you'd see at school dont work that well. I got a 5 buck sharpner from china town and it makes those pencils look like the one's in the video. The only problem is that the pencil sharpner is modeled as a blue kitty (was made for kids) so im embarassed to use it in public.
I'm an art student and for the last 10 years this is how I and all of us sharpened our pencils, with a utility knife. You just need a good pencil (like Koh-i-Noor or Faber-Castel) and a sharp blade
For anybody wondering how this happened here it is: The guy placed the metal in between a changing magnetic field(which he created by running ac through that big coil). The changing magnetic fields produced what are called "Eddy currents" in the metal. Due to the metal's natural resistance to electric current, the Eddy currents started heating the metal slowly and due to the continuous changing magnetic fields the current got stronger and kept producing more and more heat, eventually melting the metal. An induction stove works on the same principle.
Edit- Disclaimer: This is a joke. Don’t read if you cannot come to terms with this. If you are wondering how this happened, here it is: The guy searched up “how does a magnet melt metal” on google then he pressed CTRL C on his keyboard to copy the text then came back to this TH-cam video, went to the comments section and pressed CTRL V on his keyboard to paste the text. Most seemingly smart TH-cam comments use the same principle.
I’m a chemistry teacher and I would like to say its amazing how sharp that pencil is. My students can’t even bring pencils to class. Edit: Editing this 4 years later, 🤦 I was never a teacher guys. This lie has gone on too long.
So what you’re saying is that if I make a magnetic suit of armor, and go inside a metal room, I’ll be able to not only fly, but melt anything I touch? Ferb, I know what we’re gonna do today
@@waterpark8817 this is not even possible, what it shows here is that a Electronic magnet heats up and melt the Metal, so if you would wear a suit out of Electronic magnet you would burn befor touching anything
"John is a man of focus, commitment, sheer will...Something you know very little about. I once saw him kill three men in a bar..with a pencil...WITH A FKING PENCIL" I'm gonna go ahead and say John Wicks pencil tip most likely broke that night in the bar or he would have killed four men with a pencil..It's stuck in some poor guys eye or throat.
FOR THOSE WHO DON'T UNDERSTAND: The russian text in the end says: "Выключаем поле" what means "Turning off the field". This piece of metal was kept floating by whis copper pipe that was emitting the magnetic field. By the inductioning method, metal was getting hotter and hotter and finally became a liquid. When this man turned this thing off, the metal fell off.
so the molten metal would have continued to be elevated and held inside this, essentially, magnetic field bowl untill the electricity was turned off on the copper tube coil?
For everyone who does not understand: When a current is put through a coil, any object with magnetic properties within that coil will gain electrical charge through a process known as induction. The metal, when subjected to high amounts of electromagnetic current, eventually had no more resistance to contain the energy, and the electrical energy is then converted to heat and melts the metal. A comparable example would be if you ran a very high current through pencil graphite, the graphite would eventually catch fire and break. All thats happening in this video is the current is being induced rather than physically applied. Have a good day
The physics of this process is as follows: He/she is using an AC current with a low amp at the beginning, which makes the coil an electromagnetic, the oscillations of the current are too fast, the magnet will levitate because of magnetic force attraction between the electromagnetic ( coil) and the magnet. Because of its inertia, the magnet will not keep flipping as the AC current switches its polarity too fast, the end result is levitation. As the AC current gets higher, the induced EMF ( electricity) inside the magnet will have a heating effect because of the eddy currents, and eventually will melt the magnet, the magnet has fixed north and south poles because of what is called magnetic domains (atoms are aligned to a certain direction making a north and south poles). Initially, the magnetic domains are fixed because of the solid structure of the magnet, but as heating takes place and partially melts the magnet, the magnetic field from eddy currents ( induced magnetic field) will take the action of keeping the molten metal (previously magnet) levitating, the magnet melts, its magnet domains eventually will disappear, and the only thing left is a liquid conductor with a huge eddy current and its induced magnetic field. As soon as the AC in the coil is switched off, the liquid conductor will fall, and forms the pancake thing.
@@pandeykabaapmangalpandey6817 Thanks!! You are partially correct , there are two effects taking place in this experiment, the magnet force between the coil and the metallic magnet, according to lenz's law, which induces an extra magnetic field in the metallic magnet because of its free electron eddy currents, and the other one due to the fixed magnetic poles (magnetic domains due to its atomic alignment) the latter takes more contribute at low amp, and while the domains are still alined, but the first will take place at the end when the magnet metals and becomes a piece of metal.
_An electric current produces a magnetic field that’s perpendicular to the direction of current. Because he use copper as a conductor, by the “joule effect”, it produces a lot of heat._ *And whit all that electric current, he could get his pencil so sharp! My God, what a pencil!*
This thing is so great for someone lazy at cleaning stuff you used to melt, however i'm questioning if this method use a lot of electric or not? Also why he trying to put in the beautifully sharpened pencil in for literally nothing at all.
Nobody: Will it fit in my Honda? Hold my beer Am I a joke to you? Asking for a friend Everybody gangsta End this man’s whole career He protecc, he attacc … Sexual/genitalia innuendo Scatological/potty joke Question of quantity answered yes Plot twist Left/entered the chat Gaming reference Dislikes are from I’m a simple man Not gonna lie Last time I was this early Legend has it That’ll buff right out Fun fact (X) be like (X) intensifies (X) wants to know your location YT algorithm counting down years Who’s watching in current year? So you've chosen death? Punch line below read more
@@onemoremisfit I love you for this man (you can also add "paid actor" to that list)- fuck all those spineless jellies who simply go from video to video in desperation of superficial likes so that later they can jerk off to all the likes they get as they rewire it in their heads that people actually like THEM any more than the comment they had left.
I appreciate the fact that there is no explanation of what the hell is happening in this video because that allows me to come to the conclusion that I just witnessed magic.
The pressure of the magnets squeezed the metal on all sides, there was nowhere for the energy to go in movement so the energy was transferred to heat. There may have been some heat transfer from the electric current moving through the copper coil, im not sure about that.
Metal: *is being melted by magnets*
Everyone: "Woah sharp pencil!"
In Russia, we usually sharpen pencils with a knife, and thats why they are so sharp
I'm more worried about the fact that they were messing with molten metal using a pencil. If you didn't know, graphite can actually burn
@@fukkthisnewupdate8882 Graphiete witstands really high temperatures, It won't "burn"
@@rasalvoror I've made a graphite burn just from a disposable lighter. Granted, it didn't have any Flame, but it's still concerning
@@fukkthisnewupdate8882 Was probably the soot burning
*For everyone who does not understand:* When a current is put through a coil, any object with magnetic properties within that coil will gain electrical charge through a process known as induction. The metal, when subjected to high amounts of electromagnetic “eddy currents” which converts the energy into heat, begins to melt. A comparable example would be if you ran a very high current through pencil graphite, the graphite would eventually catch fire and break. All thats happening in this video is the current is being induced rather than physically applied. Have a good day
edited for accuracy
Koen
Thanks bro
You explained it in a way that made it easy to understand. Thank you :)
Nah pretty sure theyre both blushing and one of them cant stop and faint or something
Thank you. I saw this video years ago, but only saw comments about the pencil...
This video is fake magnetism drops off at high temperatures and any magnetic metal would fall before it melted, also the amount of energy going through the large copper tubes would melt them beforehand because of internal resistance
METAL: I'M SPINNING
PENCIL: no
Pencil: *I am the one who says you spin*
he prolly doesn’t want it to fling everywhere
It's still spinning tho
I’ll try spinning that’s a good trick!
AF This guy knows what’s up.
An induction furnace in action.
Not at all efficient, but it makes up for it by being super cool.
I think I've also heard it's used for when you need to heat metal but not destroy it or mess with it a certain way? I know there's a purpose for it
@Profile__1 it's good for rapidly heating metal without the need for it to be enclosed.
A common use is for heat treating chain since you can constantly feed it through the coils without needing an enclosed furnace
It's also handy for small pieces that you don't want to wait for a regular forge to heat up
It's actually super hot
It has its purposes watching 1Kg piece being heated in seconds so an insert can be brazed into place where only the necessary section gets heated evenly.
Have seen 1Kg items taken to white hot and looking like melted plastic in less time than that example video
It's powerful, quick, is only powered up when required, can be targeted pretty precisely and heats evenly
Quick-dry casting.
Me: trying to find that one smart comment explaining how this works.
The comments: *look at that sharp pencil*
HeyThat’sMyDirt
I think it’s the hot air rising from the metal helping it not fall
I believe magnetism kept it floating. At one point the temperature of the metal exceeded its Curie temperature, so it lost magnetism and fell to the floor.
from what I can tell it kept building energy with time through magnetism until it passed the melting point, and then the fella recording this turned off the magnetic field (literally says so in russian)
You are all very good people, thank you. While I still have no idea what happened, I now slightly understand.
@@heythatsmydirt8900 electromagnetic field induces electric current inside the metal piece -> said current heats it up -> the field is strong, so is the current -> FUCKLOAD of heat -> the thing melts
Long version: en.m.wikipedia.org/wiki/Induction_heating
Directly into it
No clickbait
No intros
Doesn't ask for anything
Yeah, the good OG TH-cam
Also no talking
We need more videos like this.
we gotta enjoy these vids
oh, so blandness
Would you rather watch a 19yo fortnite TH-camr scream about like button, merch, and v-bucks giveaway every five seconds?
"What's he doing?"
"He's beginning to believe."
Lmao
I love the Matrix
@@supercheese905 your profile is kinda disturbing.
@@Kr1zpy dont worry im here to protect you
@@felipebatistadeoliveira211 Thank you Obama triangle
I always felt like the magnets are kinda underappreciated. It's basically real life telekinesis!
And in some cases, thermokinesis.
Sorta. It only works on magnets and select metals.
@@abxy_real_official_since2020worth the catch to be honest
They used to be referred to as "spooky action at a distance". They broke the mind of scientists for a long time.
@@SiriProject"Spooky action at a distance" is quantum entanglement, not magnetism.
nice to see even after 8 years, people are still talking about the sharpness of that pencil.
9 now
True true
Evolution
I still find this fascinating xD
yes
A guy melts metal with a magnet
Thousands of people: *pencil sharp*
Intelligent society we live in, no?
@@nexusone5584 no
...you know it when teachers comment on it!
Electromagnet*
I snap when my pencil is not sharp enough
Cool science: *exists*
Literally everyone: P E N C I L
Why the fuck it’s true
Pencil's graphite is conductive actually. Shouldnt it heat up here?
You have to admit, is a very impressive pencil.
No
@@emanuelcrispen488 Yes
Metal: over 525°C
Pencil:🗿
Doesn't care about magnet heating. Tip can touch hot part. This is what the visionary genius John Pencil had in mind for sure.
Real
does he know? (i know this is a joke) the pencil [excluding the graphite] would catch fire and be destroyed, however because graphite uhh... im not a chemistry nerd or smth but from what i've searched up, basically it's a powerful thermal conductor.
@@superco0lhguy777 Dude, ima have to Woosh you right there
Title: melt metal with magnets
Me: As you wish, my lord.
Lol
But my lord, is that legal?
@@kreimer1702 "Who do you follow, me or the law?"
Stink like dukie
@@kreimer1702 it is, in the name of the lord ofc.
This guy: *literally melting metal with magnets*
Everyone else: "pensile sharpe"
Honestly more impressive than the metal melting :v
Ofcourse i mean IVE NEVER in my life seen a pencil that sharp that you cant pull the led out
Looks real to me but I thought magnets lost their magnetism when heated so I'm not sure this is real
Because he's Russian
This video is from Russia and it's quite common there to sharp your pencils with a knife rather than a sharpener especially if you're using pencils for work (art, carpentry, engineering, etc.). And knives usually let you get better sharpened pencils.
Sous Vide Lamb Chop
Ingredients
4
Lamb loin chops, or rib chops, thick cut
-
Salt, as needed
-
Black pepper, as needed
-
Olive oil, as needed
-
Garlic, cloves, optional, as needed
-
Rosemary, fresh, optional, as needed
-
Shallot, optional, as needed
Equipment
Sous vide setup
Ziplock-style bag (1 gallon)
Timing
About 10 min active; 1 hr 30 min total
Yield
4 chops
Before We Begin
Anything I should know while picking out my chops?
Go thick! When you are cooking chops sous vide, the thicker the better. If you are shopping and see only little guys, ask your butcher or the human behind the meat counter if there are thick-cut options.
Does it matter whether I use loin chops or rib chops?
We used loin, but the recipe will work for rib chops too. For best results, opt for thick chops-we cannot say that enough.
Uh-oh. My meat is frozen. What now?
Not. To. Worry! Sous vide makes it easy to cook from frozen. With most meats, you can always just take the fresh cook time, divide it in half, then add that to the original cook time. For example, fresh chops will usually cook in about an hour. If you start with fully frozen guys, cook for 90 minutes. And if you don’t like doing the math, you can just download the Joule app. It’ll do all the work for you.
Wait, my meat is not frozen. Why do you want me to freeze it before I sear it?
We like to presear smaller cuts like lamb chops so they can develop good flavor as they cook. This also cuts down on searing time once the chop is done, reducing the risk of overdoing it.
We’ve found that searing cold meat yields the best results-we’re able to build a good crust on the outside without overcooking the inside. So stick your chops in the freezer for 15-30 minutes before searing. This will get ’em cold without fully freezing them, so you won’t need to extend the cook time.
Can I finish the chops on the grill instead of the stove?
Oh yes! Check out our guide to making the greatest sous vide steak to learn more about that.
Do I have to remove my chops as soon as they’ve cooked?
Nope. You can leave them in for an additional hour, and they will emerge exactly the same.
What’s the point of patting chops dry before searing them?
We want to avoid steaming the chops when we try to sear them-we accomplish this by removing excess moisture.
1
Heat Joule to 131 °F / 55 °C
Cooking your lamb at 131 °F / 55 °C gives you a perfectly rosy, medium-rare chop. That’s exactly how we like it, but if you prefer some other degree of doneness, check out the Joule app for other options.
NOTE: Remember, the water in your pot will get hot enough to cook your food-treat your work surface accordingly! Place a trivet beneath the pot to help protect your countertop, or use whatever precautions you normally would when exposing your counter to a dish, pot, or pan that you just removed from the oven or stove.
2
Freeze the chops
4
Lamb loin chops, thick cut
Transfer chops to the freezer for 15-30 minutes.
3
Season and presear
-
Salt, as needed
-
Black pepper, as needed
-
Olive oil, as needed
-
Garlic, cloves, optional, as needed
-
Rosemary, fresh, optional, as needed
-
Shallot, optional, as needed
Sprinkle your chops with salt and pepper.
Add oil to a rippin’-hot nonstick pan, then sear your chops for a minute per side. While you’re at it, go ahead and sear the fat cap on the edge of the loin for a minute as well.
While you’re searing the lamb, toss in any herbs, garlic, shallots, or seasonings of your choice to let them get nice and toasty.
4
Bag and cook your chops
Transfer the chops to a ziplock-style bag and add olive oil, the toasted aromatics, or whatever seasonings you prefer.
Cook for one hour, but feel free to leave the chops in the water for up to two hours total.
5
Sear
-
Olive oil, as needed
Heat a nonstick pan on medium-high heat.
While your pan heats up, transfer your chops from the bag or bags to a clean, dry plate and pat them dry with a paper towel. This will help them crisp up better in the pan.
If you wish, reserve the juices and aromatics from the bag to make a quick pan sauce later.
When the pan is very, very hot, add some oil. Add the chops and sear for about a minute per side.
Remember, they are already cooked through-you’re just trying to develop a nice, dark crust quickly.
6
Serve!
Chop-chop-your lamb is getting cold!
... there wasn't any electrecity when you was in middle age dio...
@@Jet-Stream-Arc not if you're a 100 year old vampire that is
*DIO!*
@@heresyhunter2076 what are you doing here, aren't you supposed to be shatered across time and space?
@@Jet-Stream-Arc ✋︎ ♋︎❍︎
2:41 my food in the microwave the second time in (it came out frozen the first time)
2:41 my food in the microwave the first time (I put it in too long)
2:41 my food in the microwave the zeroth time (my house is on fire)
2:41 my food in the microwave the negative first time (the earth is on fire)
"Pink egg"
"Sharp pencil"
"Science"
Me: pokemons evolving lol
Nice copy
@@fernandoescobar4014 your comment Is a copy too
Nice copy paste
More like hatching
I don’t get the joke...
TH-camr: I will show you how to melt metals with magnetic force
Viewers: Your pencil is so sharp
People are shallow
Right 😒 dumnasses
TH-camr:"Am I a joke to you?"
But it is sharp
Exactly where is the "How To" part?
Mom: eat the food, it’s not that hot
The food:
You asked your mom how did she cooked this and she just answered:
Magnetism
Underrated
Sueur De Mouton it’s not underrated kid
@@mobiletaskforce8425 who you calling kid you're the one that plays roblox
smudge the cat memey cat boi
2:00 "Despite all my rage" gif
how tf u still watch this?
it been 11 years
@@mizantasintaz774hello there
@@mizantasintaz774TH-cam feed
Hi
Smashing pumpkins reference? Or am I thinking of something else? 😅
Metal normally: ⬜️
Metal in a coil: *now it’s time to get funky*
k
@@lovacc_1967 ok boomer
TH-cam Algorithm LMNOP
Do ya wanna, Do ya wanna get funky
Booder G hella ye
FOR ANYONE WONDERING HOW THIS IS HAPPENING:
The metal is being melted because of induction heating. An induction heater consists of 2 main things: an electromagnet and an electronic oscillator. A water cooling system is necessary as well. The oscillator sends a very high frequency alternating current through the electromagnet, which induces eddy currents in the metal. The friction from these currents heats the metal itself up. It’s super fascinating and I highly encourage you all to read up on it yourself. If you made it to the end of this comment, I hope you have an amazing day!
@Ayanokouji Kiyotaka Coil would heat even if the metal wasn't present ig.
@Ayanokouji Kiyotaka much less
I knew Eddy
Doesn’t metal become nonmagnetic at a certain temperature?
r/iamverysmart
It's called an induction coil, and what happens is electricity flows through the copper pipe or the coil. when the magnet (or any metal really) is placed inside, the electrons that are flowing through the copper wire, are affected by the magnet's magnetic field, causing electrons to stray from the coil and go into the magnet, when electrons move to the magnet, they are energized, because the magnet is not an electric circuit the electrons have nowhere to get rid of their energy, so it is dissipated as heat, when a lot of current/a lot of electrons are going into the magnet and dissipating a lot of energy as heat, the magnet heats up really fast, so that is why the magnet melted.
Thx for commenting something not pencil related
*F I N A L L Y*
Thank you
Sharpness level 100
thanks
2:27 “SHUT IT DOWN, SHUT IT DOWN! ITS NOT SHUTTING DOWN!! AHHHHHHHHH”
TURN OFF OTO
Ah, a man of culture I see
We cannot predict how long the system can operate at this level, nor how long the reading will take. Please work as quickly as you can.
A-Z5 moment
Valve guy appears
You know you've lived a long life when a video makes it's way back into your recommended.
Of course
So true I am seeing this third time
lol yeah
Yes
It came thrice for me lol. In a span of 2 years
Old YT videos are gold. No BS, No sponsorship- just pure content.
And no clickbait
Bruh youtube is now a business, a lot of people uploading videos to this site for a living
@@humblebee5597 yeah, I don’t even know what to upload when it comes to uploading a video
Yeah and nowadays when an old TH-cam video gets recommended to everyone the comments section is irreversibly turned to garbage and it's such a shame
@@NicholasS264 yeah
Explanation:
An alternating current is passed through the coil, providing a constantly changing magnetic field.
By Lenz's law, currents are induced in the metal object to oppose the change in magnetic flux density.
The currents appear to be eddy currents that circulate in loop within the metal object.
As the metal object has electrical resistance, energy is dissipated as heat when current passes through it.
The heat is then used to melt the metal object.
P. S. The frequency of wiggling in the metal object is the frequency of the ac supply.
FYI The AC current in the copper reverses its magnetic field at a high frequency causing the metal's magnetic property to shift back & forth (reverse) creating heat - subatomic friction.
why does the metal float ?
Where can I learn about all this stuf ?
@@amologusmogusmogumogu2535 The magnetic field generated by the eddy currents interact with the magnetic field generated by the coil. This creates a magnetic force that balances the weight of the metal.
The ac current that constantly reverses flow direction maintains such a force.
Hence the metal floats.
If a direct current is used instead, the metal will drop.
You can learn more about this from reading about electromagnetism. Give the Nobel winning physicist and great educator Feynman a try, his narration makes physics lively. You can also try online resources like Khan Academy.
And even on TH-cam you can search for Walter Lewin's channel, he used to be an MIT professor and likes to make people fall in love with physics.
@@amologusmogusmogumogu2535 th-cam.com/video/YJElT9xK3bk/w-d-xo.html
I've been ignoring this video for the last 7 years and i decided to finally watch it.
And i gotta say, thats one nasty candy.
the forbidden strawberry
5+ years old?: check
Less than 5 min?: check
No profile pic?: check
In my recommendations?: yep
This must be a cool vid
George Held you forgot “no one talking”
@The Name You have the same mindset as me. Straight facts.
The Name yeah I know what you’re talking about (and I wasn’t trying to be one)
“see you all again in another _ years when the algorithm brings us together again”
“TH-cam in 2010: no
TH-cam in 2015: no
TH-cam in 2017: not yet
TH-cam in 2020: the time is now”
I don’t know who those people think they are entertaining
Same
@The Name if they don't do that then they don't make money
Simple as that fam
10% comments : wow
90% comments: Thats a Sharp Pencil
And 1%this is your daily dose of internet
@Ayaan Hd well it's not never gonna give you up
0,1% ... and where are those magnets?
1% people talking about the percentage
👁👄👁
The metal melts because of a principle called induction heating - the same principle used in induction stoves. The heat comes from the magnetic field that levitates the piece of metal
Edit : for the people who couldn’t understand : just look at the microwaves
Thank you for explaining :D
You're the savior of this comment section
So basically the magnetic waves that are moving through it heat it up?
I do not undostand
thank you a minecraft farmer
there's something about the sound in this video which just scratches a part of my brain and it feels so damn nice
1:56 *the metal is evolving!*
Felixcesar15 lol
Metal evolved into Liquid Metal
"Liquid Metal used Body Slam!"
@@marlee_goat "Liquid Metal burned off Diglets face holy fuckibg shit!"
But it’s still metal
Me: “bruuuuuh it’s 2am I need to sleep”
TH-cam:”want to see guy melt metal with magnet and has very sharp pencil???”
Boredom 81 literally me rn
It happened exactly the same way with me :v 1:41am and TH-cam wanting me to stay awake
It’s working lmao
Yea its working up to me comment
Saammee
I don't understand the dislikes. U asked for metal being melted with magnets and that's exactly what you got.
Not enough loud EDM music in the intro?
i didnt ask for that it just got recomanded
No its just people who want to be different or people who saw a nice number in the dislike button
@@SynSythee or people who think this is fake
people who felt bad for the magnet cause they say its abuse😩
So we aren’t gonna talk about how the resulting magnetic pancake after turning off the coil had a really cool pattern
Edit; The pancake itself wasn't magnetic. Its magnetism disappeared when the coil turned off
Sorbet shark cookie pfp pog
Not to be a smartarse but the melted metal at the bottom wasnt magnetic anymore. Magnetic materials have their molecules lined up uniformly so the positive/negative poles are pointed the same direction. When the magnet melted, the molecules stopped being alligned so it stopped being magnetic --> stopped inducing current --> stopped levitating
@@danielyung8746 Ah, neat. I guess you wouldn’t be able to magnify a liquid, when you think about it.
@@danielyung8746 lmao, u just taught me something my science teacher sucked at explaining
OooooOoOoOooo
Russian Translation: "Выключаем поле" = "Turning off the field"
i think it meant the magnetic field
nah bro the metal teleported to the table
Isn't it like "Shut off the pole"?
They didn't turn of the field. When the metal is totaly melt, magnetic field have no effect on it.
@@possibleasalways *the metal go through the table
Everyone gangsta until the metal starts melting the magnet back
Lol
Idk if you are joking or not 😅 but the thing In the middle is the metal and the outer coil is an electro magnet
@@fizzywizzylemonsqueezy1774 bro ez hes joking
@@mafiaishere4371 ye
I destroyed the curse of the 66- ya know- like
I’m a simple man.... i see pink glowing levitating rock, I click
Lemme get your phone number
Underrated comment
Its A metal not rock Lol
Yeah me to
@@theonezero77 uh
Skip to 1:40 right before it tips over, before that it doesn't feel like a lot is happening visually, but after that point, oh man, the show happens.
Guy *literally melts metal with magnets*
People “pencil sharp”
It do be sharp tho.
😂 that's humans for ya
pensil charp
lol
Thing is, is this actually possible?
*As you can see in the background, his previous victims*
Hahahahahahhaa
wow. I didn't see it before you said)))) lol
Its the "next"
Haha
: O
Everyone's going on about how sharp that pencil is, but in my experience it'll just snap as soon as you try to write anything.
Hey i have seen that much sharp pencil too sometimes i gets that sharp and yeah it doesn't even lasts a milisec after trying to write witg it
You need a good pencil sharpner, electric and those weird scrolling things you'd see at school dont work that well. I got a 5 buck sharpner from china town and it makes those pencils look like the one's in the video. The only problem is that the pencil sharpner is modeled as a blue kitty (was made for kids) so im embarassed to use it in public.
I'm an art student and for the last 10 years this is how I and all of us sharpened our pencils, with a utility knife. You just need a good pencil (like Koh-i-Noor or Faber-Castel) and a sharp blade
you mean stab anything right?
Я смотрю видео и думаю что это реально какой-то русский вайб. Спустя 3 минуты *надпись на русском*
Молодец. Физика работает только в России
For anybody wondering how this happened here it is:
The guy placed the metal in between a changing magnetic field(which he created by running ac through that big coil). The changing magnetic fields produced what are called "Eddy currents" in the metal. Due to the metal's natural resistance to electric current, the Eddy currents started heating the metal slowly and due to the continuous changing magnetic fields the current got stronger and kept producing more and more heat, eventually melting the metal. An induction stove works on the same principle.
I saw another guy's comment 5 months ago that also explained the experiment, but thanks anyways :)
so its an AT field
i was more impressed that the magnetic fields levitated the molten metal rather than the fact they heat it up
Thank you my caveman brain couldnt understand it
Edit- Disclaimer: This is a joke. Don’t read if you cannot come to terms with this.
If you are wondering how this happened, here it is:
The guy searched up “how does a magnet melt metal” on google then he pressed CTRL C on his keyboard to copy the text then came back to this TH-cam video, went to the comments section and pressed CTRL V on his keyboard to paste the text. Most seemingly smart TH-cam comments use the same principle.
I’m a chemistry teacher and I would like to say its amazing how sharp that pencil is. My students can’t even bring pencils to class.
Edit: Editing this 4 years later, 🤦 I was never a teacher guys. This lie has gone on too long.
I'm confused, are they a weapon? The pencil that is.
@@dismxmbvredaep9586 are chemists not allowed to play videogames?
@@dismxmbvredaep9586
*Sigh
Too many people these days cannot identify a simple joke.
@@Syz_gy Thats not a woosh moment.
They are collage students. They can't afford pencils
Let’s talk about how that pencil is so sharp.
@1million subs no content challenge epic
Yes it is
Similar to John Wick's Weapon
JTech lmao I bet everybody just randomly just got this in there recommendation
Their
2:10
"Whis, he's done it, isn't he?"
"Yes, my lord."
Buhahahaha
Seeing this chunk of metal levitating is enough to blow my mind, let alone melting it while levitating
Wasn't it a magnet being melted by a copper core?
@@kimasim1 The copper coil becomes magnetic when passed electricity.
And magnets are not metal, they cannot be melted.
@@vkishan2089 magnet is magnet yes?
I’m 100% confused
@@grumpyswoodturning7390 About what? I'm confused about the above comment by M As'ad.
So what you’re saying is that if I make a magnetic suit of armor, and go inside a metal room, I’ll be able to not only fly, but melt anything I touch? Ferb, I know what we’re gonna do today
LMAO
ヅWaterPark nah, the magnets are the thing rapping around the cylinder, the cylinder is the metal
I will otam Your tone Ah so all I need to do is make a magnetic suit of armor
This happens because of the alternating current going trough the wires, making a electromagnetic force. This doesn’t work with permanent magnets.
@@waterpark8817 this is not even possible, what it shows here is that a Electronic magnet heats up and melt the Metal, so if you would wear a suit out of Electronic magnet you would burn befor touching anything
This pencil was used by John Wick to kill those three men in the bar.
"John is a man of focus, commitment, sheer will...Something you know very little about. I once saw him kill three men in a bar..with a pencil...WITH A FKING PENCIL" I'm gonna go ahead and say John Wicks pencil tip most likely broke that night in the bar or he would have killed four men with a pencil..It's stuck in some poor guys eye or throat.
Nope it is used by joker in the dark knight
@@LemGameplay im gonna make this pencil disappear
Lol
Wasnt it 2
this looks like a practical effect from a campy 80s sci-fi show
Everyone: looks like a glowing pink egg
HowToBasic: *PINK EGG*
HowToBasic: *slaps that fcker*
Also HTB: *intense confused screaming*
HTB: *burns his hand trying to throw that E G G*
Did somebody say *egg* ?
Looks more teardrop-shaped to me.
Haha from the thumbnail i actually thought it was a pink egg
Who else remembers watching this years ago, and then decided to click on the video again?
Same here 😂😂😂
I remembered watching this in 2017
Me
How
Me
Ahh yes. The home scientist performing experiments in their garage. The best part of TH-cam.
Absolutly
Also the best experiments.😂
Look up styropyro
This is like the fourth time this got recommended to me.
#SelfLearned_Calligrapher
It looks big in scale until the pencil joined the chat
FOR THOSE WHO DON'T UNDERSTAND:
The russian text in the end says: "Выключаем поле" what means "Turning off the field".
This piece of metal was kept floating by whis copper pipe that was emitting the magnetic field. By the inductioning method, metal was getting hotter and hotter and finally became a liquid. When this man turned this thing off, the metal fell off.
Э, блять
Finally!
That WAS a sharp pencil though..
so the molten metal would have continued to be elevated and held inside this, essentially, magnetic field bowl untill the electricity was turned off on the copper tube coil?
@@manp1039 yes, it would just stay there forever, (a waste of energy since the metling point is already reched)
1: why am I here
2: this is interesting
3: wtf recommendations
Welcome to TH-cam
same
Yep
Im probably getting this because I've watched similar things.
It's not recommendations fault..... U clicked the video...
"How to get a lightbulb"
Google: Buy some from Walmart
Bing:
bruh its real guys
i tested it (really tested it)
@@null6482 nobody asked
@@rakawajdi8920 for your opinion 😩
@@soydora6163 its not an opinion if its true 😳
For everyone who does not understand: When a current is put through a coil, any object with magnetic properties within that coil will gain electrical charge through a process known as induction. The metal, when subjected to high amounts of electromagnetic current, eventually had no more resistance to contain the energy, and the electrical energy is then converted to heat and melts the metal. A comparable example would be if you ran a very high current through pencil graphite, the graphite would eventually catch fire and break. All thats happening in this video is the current is being induced rather than physically applied. Have a good day
Thanks
Imagine putting this into a rail gun and flinging LIQUID HOT METAL at your enemies
@S A thoughts a rail gun shoots pieces of metal with magnets not a nail gun lol
When a railgun fires so much heat is created in the process that molten metal comes out of the end anyway, it would be pointless
are you talking about a j1zz
I IMAGINE BY THE TIME IT GOT TO THE ENEMY IT WOULD HAVE COOLED OFF BUT MADE RANDOM SHAPED FLYING THROUGH AIR AND THE FORCE WOULD STILL BE THERE
Humans: Look at this cool thing!
More Humans: How can we kill people with it?
Why has everyone who's seen this got it in their reccomended at least a few times a year
Idk Mister Luminary sir, but I just got this today.
@@seansean792 well be prepared to get this in your reccomended over and over for many years 😂
@@theluminary7425 if I just tell TH-cam I'm not interested, doesn't that change that future?
I have seen this today
The Luminary this is probably the 5th time I’ve seen this. And I will keep watching it everytime it enters my recommended
The physics of this process is as follows: He/she is using an AC current with a low amp at the beginning, which makes the coil an electromagnetic, the oscillations of the current are too fast, the magnet will levitate because of magnetic force attraction between the electromagnetic ( coil) and the magnet. Because of its inertia, the magnet will not keep flipping as the AC current switches its polarity too fast, the end result is levitation. As the AC current gets higher, the induced EMF ( electricity) inside the magnet will have a heating effect because of the eddy currents, and eventually will melt the magnet, the magnet has fixed north and south poles because of what is called magnetic domains (atoms are aligned to a certain direction making a north and south poles). Initially, the magnetic domains are fixed because of the solid structure of the magnet, but as heating takes place and partially melts the magnet, the magnetic field from eddy currents ( induced magnetic field) will take the action of keeping the molten metal (previously magnet) levitating, the magnet melts, its magnet domains eventually will disappear, and the only thing left is a liquid conductor with a huge eddy current and its induced magnetic field. As soon as the AC in the coil is switched off, the liquid conductor will fall, and forms the pancake thing.
Wow thizz person explains everything and people are caught up with a pencil
thank you for the explanation
I was thinkig it levitated due to lenz's law. Btw your knowledge is awesome 👏✊👍👏✊👍
I was about to comment the exact same thing!
@@pandeykabaapmangalpandey6817
Thanks!! You are partially correct , there are two effects taking place in this experiment, the magnet force between the coil and the metallic magnet, according to lenz's law, which induces an extra magnetic field in the metallic magnet because of its free electron eddy currents, and the other one due to the fixed magnetic poles (magnetic domains due to its atomic alignment) the latter takes more contribute at low amp, and while the domains are still alined, but the first will take place at the end when the magnet metals and becomes a piece of metal.
No one:
Absolutely no one:
Not a single soul:
TH-cam Recommended: here have an 11 year old science video.
_An electric current produces a magnetic field that’s perpendicular to the direction of current. Because he use copper as a conductor, by the “joule effect”, it produces a lot of heat._
*And whit all that electric current, he could get his pencil so sharp! My God, what a pencil!*
Me: FINALLY SOMEBODY WHO EXPLAINED IT FOR ME INSTEAD OF MARVELING AT THE PENCIL
*Clicks See More*
Oh goddammit
this should be top comment lmao
Thank you good sir
Thank you for explaining it, and now imma do what he did to sharpen my pencils for now on. Such a sharp pencil.
Finally an explanation and love that sharp pencil comment
Theres no clickbait in the title
“Melt metal with magnets”
Comments: sharp pencil
*
335 likes
nice
So it’s real???
@@williamvalmadre556 yes. Yes, it's real.
@@OK-vz8vj je t’aime, thanks
If anyone is curious this is just high inductance field that is created when a large amount of amperage is applied to those coils
There’s the smart comment I was looking for
You could just say the coils are inducting heat from the electricity running through them causing an electro magnet suspension and making it melt
Aaron Hebert that’s what he just said tho, why say it again
How many amps would you say are running all at once?
What is amperage ?
I don't care what all these physicists say....... that's magic
Metal melted by sheer electromagnetic force and everyone is talking about the damn pencil
Cynic Wait what
We focus on the complicated parts of the Video
wish I had that pencil tho
joseph johnson What is your.profile picture?
you telling me you can get your pencils to look like that?
3:06 when you are doing alchemy but your mother enters the room
*_We've struck gold!_*
But if I'm doing alchemy I probably dont have a mom that can enter my room
@@ribry8512 probably?
@@ribry8512 just sacrifice your hand
1st tip: Lock the door
Dude really created a Reality Stone and said, “Balanced. As all things should be.”
Exactly
No he didn't it's a piece of metal smh
@@xrvenomgamer3561 dude its a joke
@@dericktorio7125 really?
Lol
1:45 starts
TH-cam: wanna see a metal melted by magnet
Me: WOW is that a sharp pencil
"cries" I am being ignored
@@metal9076 Naise one..
TH-cam: *lost his faith in humanity*
Yo what episode of mahouka kokou yo profile is
@@metal9076 Yes.Yes,you are
how the he'll you get that pencil so damn long and sharp?
A very sharp knife
Evan Morris Your hunting instincts are close to none.
He knows to work the rod!
Evan Morris a knife
Evan Morris lol...and it's a number 2pencil
This looks like a guide for how to make an infinity stone.
underrated comment
He failed tho
Need mote magnets
The *HOT* stone
lol
Reality stone
Congrats! There's literally no way to turn this thing off without making a mess.
Very cool video!
From the perspective of the metal objects on the table.. they just watched with friend get tortured, melted and deformed right front of their eyes.
Thanks I hate you
O_O
Go back and look for a comment from 3 weeks before yours someone explained it well. It's from induction.
@@donvee2000 we know genius
donvee2000 lol.. r/woosh
Finally, we have found the pencil John Wick used.
I'm glad some people actually remember this from the movies.
Lol
“He killed 3 men in a bar with a molten piece of metal. A fookin molten piece of metal”
Graphite was used in the space shuttle's heatshield... it's incredibly heat resistant lol, its not a special pencil.
420th like.
It is not surprising how many people get amazed from random recommendations.
Suspenseful
The fucking recommendations comment, ffs 2020
AND THIS WAS IN 2013
@@fncspade6984 yep. 7 years ago
Hello from 2020.
This thing is so great for someone lazy at cleaning stuff you used to melt, however i'm questioning if this method use a lot of electric or not? Also why he trying to put in the beautifully sharpened pencil in for literally nothing at all.
Plot Twist: The magnets doesn't do anything, he's just a Metal Bender
Nobody:
Will it fit in my Honda?
Hold my beer
Am I a joke to you?
Asking for a friend
Everybody gangsta
End this man’s whole career
He protecc, he attacc …
Sexual/genitalia innuendo
Scatological/potty joke
Question of quantity answered yes
Plot twist
Left/entered the chat
Gaming reference
Dislikes are from
I’m a simple man
Not gonna lie
Last time I was this early
Legend has it
That’ll buff right out
Fun fact
(X) be like
(X) intensifies
(X) wants to know your location
YT algorithm counting down years
Who’s watching in current year?
So you've chosen death?
Punch line below read more
@@onemoremisfit the fuck mate
Magnet bender when
@@onemoremisfit I love you for this man (you can also add "paid actor" to that list)- fuck all those spineless jellies who simply go from video to video in desperation of superficial likes so that later they can jerk off to all the likes they get as they rewire it in their heads that people actually like THEM any more than the comment they had left.
@@onemoremisfit ok we get it now go do something that will make a difference instead of complaining about something that won't affect you
2:05 What's this? Your metal is evolving!
Dun dun, dun dun, dun dun dun duuunn
Woops, your metal just died while evolving. Better luck next time!
Congratulations, your metal is a ghost type
@FanTastk-BaNana Oops, yeah I meant the metal.
Thats a metal pokemon being defeated by a fire one
I just found this today. So this is where everyone has been.
Yeah just got the recommend today as of this comment
@@Fl4kTheTerminator Same
Same here
I been on earth no cap
xD
After so many years, the pencil is still sharp, and the process, is still impressive.
Everybody gangsta until *the metal turns into a lightbulb.*
I was just playin damb!!
Justin Just wait what?
Plot twist everybody is gangsta
Forbidden glass
That would be a lot more funny if that wasn't essentially what a normal lightbulb does.
Plus five years ago? Checked
3 min duration? Checked
Random channel? Checked
Random topic? Checked
Hell yeah this is one of those big quality videos..
Overused comment in an old video? Checked
Channel has no profile picture? Checked
youtube recommended braught me here? oh boy check
Pizza checked
Hotel? Trivago
That's hot, that's hot
Is that a TH-cam rewind Will Smith reference :D
Lol
Ohoho that's hat that's hat
Yaa its rewind time
@@firstlast4610 no its a se7en reference
1:46
What? Metal is evolving?
congratulations Metal has evolved into a Melted metal
I appreciate the fact that there is no explanation of what the hell is happening in this video because that allows me to come to the conclusion that I just witnessed magic.
The pressure of the magnets squeezed the metal on all sides, there was nowhere for the energy to go in movement so the energy was transferred to heat. There may have been some heat transfer from the electric current moving through the copper coil, im not sure about that.
@@joshportie but the pencil..
THE PENCIL
@@joshportie I feel like I just found out that Santa Claus isn't real.
But really, thanks for the explanation.
Yaa
I believe it's the Eddy currents caused due to the magnetic field that are at play here
Lets all hope, that John Wick does not see this sharp pencil.
Or the Joker
Or Jason Bourne
@@stephonmanny7555 Lot of pencil murder recently now that I think of it....
@@N3rdZon3 We finally just discovered its true potential 🤣😂🤣
Guy who killed someone with his thumb joins the chat
TH-cam: here’s how to melt metal with magnets!
Me: haha pink egg go splat
Lol
Ha
Yes
I'm confused
Ohhh lol
that fractal splat pattern at the end is beautiful you've got a piece of art there
You need to install the real life Physics patch v1.1
And the shaper pencil mod
I think its already included when you install the game
@@amatsukrab1283 Its only included for those who installed the game after the patch was released
@@danker7680 god left a bug in the source code
"Phsyics"
This how we are gonna build light sabers
Vibroblades too
no
No not with magnets
@@simtrucking r/whoosh
Just wanted to give high praise for not putting some stupid asinine music like that copyright garbage
It looks weird to us, but if you felt what that metal was feeling you’d melt under the pressure as well.
so you also got here by recommendations??
This ain't pressure tho
Nick Kohlmann I honestly don’t know the exact science behind it but let me make a pun man.
@@TheAdvertisement Sorry sir, go right ahead with that pun of yours!
@@nickkohlmann lol ur nice. Unlike other random shet fuks who just use youtube to fight and ruins someone else's day lol
finally I find my pencil
~john wick
3 uses of pencils:
1. Forget bringing to the class
2. John wick's weapon
3. Testing a melting iron
Pencil is op
Indeed
I have a set of pencils of different colors for matching my target's personality
@@Alexzan220 looooollllll
Youre here now ->@@Alexzan220
@@morscovium8881 How bout a magic trick? Gonna make a pencil disappear.
Ta-taa it's gone. Oh by the way that pencil wasn't cheap
“Why?”
“- Yes.”
"Why?"
"Why the hell not?"
What? This makes no sense?🖕🏽😒
Mistatiionz
Nah, man. Makes total sense.
MoonTrooper258 aa naw man makes no fucking sense🖕🏽
@@PulseParadox it was a joke
the noise in the background reminds me of red dead redemption 2 on the ps4
ZING!
Or Borderlands 3
Playing gtav online on ps3 be like
Even playing apex or minecraft the gd thing sounds like a 747 about to take off an aircraft carrier.
@@PandaCheeks Lol would a 747 even fit on a carrier
Best final words before melting in my opinion