@@oqocraft2661 He's just posting nonsensical comments in the hope that someone curious enough clicks on his channel and possibily watches his awful videos. Maybe it works better than telling people to check out his channel to see what trash he's posting, possibly might help him get through spam filters.
The very first "welding machines" were exactly this: just a tank of brine/salty water to limit current. This was however, over a century ago, before covered electrodes were being sold commercially and a vital part of a "welder's toolkit" was a peening hammer, to knock shut the porosities/bubbles which occur in unshielded weld beads.
@@stabileseitenlage These welding "machines" date from the 1880's, premade covered eletrode were introduce by Oscar Kjellberg (founder of Esab) in 1904. Both were over a century ago.
@@PsilocybePsientist Oh, I never sent my reply. I actually misread the original comment and thought he said HIS first welding machine was like this. That's why a century seemed off to me. I can absolutely imagine that welding was a thing back then.
Why not use a heating element (or several heating elements in parallel) for welding? Brine risks an explosion from the generation of hydrogen and oxygen near the sparks.
Mehdi: "The worst thing you can do is if you grab a knife with no plastic insulation [...] you might get a shock" Also Mehdi: *holds knife by the blade and violently waves it around*
@@md_vandenberg c'mon dude, I'm a late 30s single male commenting on a youtube video from an electrical engineer. Of course I've heard of half-swording. This look like any half-swording you've seen before?
1:18 interesting thing I remember seeing is TKOR tried this (the knife was attached to a long stick and a grounding wire for safety, rather than in anyone's hand directly) and the knife seemed to form a very weak "weld" with the heating element and stuck slightly (weld probably isn't the right word, but its the best one I can think of right now)
The toaster thing actually is significantly more dangerous with an older toaster. New toasters have grounded plugs and casings, but if you have an older one it was pretty common to get them with a non-polarized plug and no grounding. For such a toaster there is a 50/50 chance (depending on which way the plug is plugged in) that the heating element is live all the time even with the toaster turned off.
Just remember, when you're holding that knife handle, that, on some full tang models, the metal of the blade extends through the handle and is exposed on top and bottom.
I used to stick butter knives in toasters all the time as a kid, because, if I pressed the toaster's filament with the side of a knife, it'd turn from red back to black. And then when taken off it slowly heats up again. It was just amusing. Best part is? Butter knives don't have plastic handles. I was using a solid metal knife to prod inside a toaster. Purposefully touching the filament. While myself being definitely grounded. *DOZENS OF TIMES* ! Fun!
Toasters did not always have polarized plugs, which meant that the heating element could be connected to the live wire depending on how it was plugged in. Even if the toaster was off the exposed wires in the toaster could be live.
When I was very young and stupid, I stuck a knife into a toaster and suddenly the whole room lost power. I guess it was a GFCI or RCD breaker in the consumer box.
i did too, with a metal butter knife. a rather mild electrocution until i thought to myself to better let got of the knife just in case. i proceeded to flush down the toast for safety, haha. Being a stupid kid i only thought of it as mildly entertaining but better not repeat it just in case.
I unfortunately did the exact same thing with a metal butter knife, but I didn't get an electric shock. The power went out and there was 2 deep grooves left near the tip of the knife. I still see it when I visit my parents sometimes and have a laugh
One time when I was young I put an aux cable in a wall socket, one side in the ground hole, and the other side in the live hole. Big spark. Almost died of fright
6:00 fun fact, that gas is not salt-based but a mixture of H2 and O2, a process called electrolysis (I think). The salts there just to let current flow because pure water is a poor conductor. It's cool for making fuels :D
The bubbles forming from the electrodes is actually mostly hydrogen which is even worse considering you're generating sparks right next to a highly flammable gas. Some chlorine does form but at a much slower rate and a part of it usually ends up making a layer on top of the water because of how heavy of a gas it is.
@@mikoajp.5890 Although they technically are stoichiometric, the amount of chlorine gas actually formed and released isn't what the basic equation says. First of all, the bubbles you're seeing form in this video are basically oxygen and chlorine on the cathode and hydrogen on the anode which come from the dissocation of water and NaCl. Try it yourself with two seperated cells linked up by a salt bridge, you'll see that there are almost no bubbles of chlorine forming on the cathode side in comparison to the hydrogen ones on the anode side. You'll also see that the hydrogen bubbles are smaller and have a constant rapid flow meanwhile the chlorine bubbles are slightly bigger and tend to stick to the cathode instead of bubbling right out which in turn means that the concentration of chlorine in the air is less than the one of hydrogen. Either way, most of the chlorine immediately reacts with the sodium to form sodium hypochlorite aka bleach. It will also react with your electrode if it's made out of a metal. This is why the simple equation doesn't tell us what actually happens in real life.
My first job was with Marion power shovel in 1969 and all of the welding machines were water welders ,you raised and lowered one of the electrodes to adjust the current , this was pre OSHA days !!
I get so much courage after watching your videos Mehdi. I honestly feel immune to electricity right now. I'll be in the shop making a free energy machine.
About the saltwater welding: AvE did a test of I forgot what it was, where he used a bucket of saltwater to adjust the current that flows through the setup. The deeper the electrode is in the water, the more surface area and apparently more amps. Maybe you can also have a little fun with this idea. Great video as usual, thanks!
The concept is called a variac, the specific implementation is jokingly called the scariac. TKOR used one built by Grant to power a lot of their high energy projects. Pretty sure the original was an old Popular Mechanics DIY project. It's not about amount of surface area, it's simply the closer you bring the contacts, the more energy they can conduct. Can adjust the electrolyte to adjust the variability of the device.
@@eideticex Variac is actually an old trademark and really refers to a "variable reactance" and specifically a variable autotransformer. This is just a variable resistor made of salt water. In many applications, the distinction doesn't matter that much. Nothing particularly new or dangerous...as long as you don't do something crazy like throw it together with exacto knives sitting loose in a glass of salt water.
Somehow... I feel like somebody should let Medhi know that he was electrolysizing water... into Hydrogen and Oxygen... in a completely uncontrolled setting... In an enclosed space (hopefully with decent ventilation) and then showering the room with sparks and at least a very small amount of open flame and serious heat... The reason we use DC for Electrolysis Devices is to control which side produces the oxygen and which side produces the Hydrogen... AND to keep the two separate TO AVOID EXPLOSIONS... at least, until we're ready and actually want explosions... BUT the point is, ANY TIME you bombard water with electricity, you split it into Hydrogen and Oxygen... If you do so with AC current, you're just bubbling up the gases every which way and completely uncontrolled... He's pretty lucky he wasn't playing with it much longer... It could've been bad. ...and maybe he knows, and it was a joke when he sniffed, "It's probably just chlorine... yeah..." BUT it's hard to say exactly... ;o)
@@williamletts9487 the products of an Saltwater electrolysis are: HCl + H2 + O2 + NaOH. One of which is a deadly Gas. After all the Cl is gone only H2 and O2 are produced. Because of this Water electrolysis is normally not done with NaCl but with other salts added.
@@williamletts9487 No, it was just steam, there is no electrolysis with AC, but with DC it would indeed have been Hydrogen and Chlorine if you use table salt.
@@Nsodnoajdjksl I just went through it again (2 years later) you can also notice the effect in the video which goes from down to up, I'm not sure if this is a camera frames limited issue but I am pretty confident that its just video effects and the explosion is probably made through some chemicals CUZ THERE IS NO WAY that a toaster can explode that violently 😢
My uncle would’ve loved this, he was a extremely big fan of yours. Your videos bring me some happiness because I get to think of my uncle while watching them
It looks like it might be the 5.5 Inch Hand Made Mendocino Solar Motor Magnetic Levitating Motor Model Motor by ElectroNova. Available on Amazon for about $50.
@@PanduPoluan Unimportant how you GET that cloud, the bang is impressive. You could also put a chunk (~1cm³) of sodium into around a liter of water, that should also do the job, although it's very messy, with lots of highly reactive sodium debris and water shooting through the air!
2:17 “What is the worst thing that can happen? The explosion in a hotel in the UK?” The fact that this was said by an Iranian electrician makes it even more comical... and suspicious
@@Owen_loves_Butters such processes are optimized in the en.wikipedia.org/wiki/Chloralkali_process. From en.wikipedia.org/wiki/Electrolysis_of_water it states "Using NaCl (table salt) in an electrolyte solution results in chlorine gas rather than oxygen due to a competing half-reaction." and that "chlorine gas being preferentially discharged if the concentration of Cl− is greater than 25% by mass in the solution."
Every LATITY Episode: Mehdi: Thats very dangerous. Never try at home! Also Mehdi: Lets try it anyways.... Mehdi A few seconds later: **Shocks Himself** Mehdi at the end: VERY DANGEROUS! NEVER TRY THIS AT HOME!!!
Well, here in Brazil i've seen a lot of people doing that "salt and water" welding, it works. Here we call it "máquina de solda mexicana" or, in english, mexican welding machine (i don't know why). Here they put the cables of the "machine" in the main breaker of house or even before it in the city power line, it's dangerous as F but, in a emergency, it works.
It looks like medhis issue was he shortened the two rods together and therefore didn’t get the voltage drop needed. Stick welding is in the 24-28v range
@@FishFind3000 He did not short them at first, or else there would have been no bubbling in the water. When he shorted them the breaker popped. Since there is no transformer involved (or electronic inverter), there is only the voltage drop through the salt water, but the current stays the same. You are limited to the amount of current the outlet can deliver, which is not a lot, compared to what you need for proper welding (hundreds of amps at low voltage). The electrodes are live at mains voltages, electrolysing salt water releases toxic chlorine gas. There is also no way of controlling how much current or voltage you're actually using. All in all a very stupid and dangerous setup, waiting for an accident to happen.
“This is dangerous...let’s try it anyway!” Love his accent and I usually prefer hearing some cursing, but the beeps make it funny also. Im smitten 2022
I also did that, stick a knife in a toaster. But it was an all metal knife, so also the handgrip conducted lol. But i didn't really felt anything and the ground switch popped, we have those here by default in the fuse closet of the house / appartment.
Mehdi, I want to thank you for your very entertaining and educational videos. I started my electrician apprenticeship this January and if it wasn't for all the binge watching of your videos, I wouldn't be half as knowledgeable as I am now, even this early in my career. Thank You!!
2:50 - I know a story of a man that tried to fix a microwave using a metal knife, but unfortunately had touch the HV wire with the knife, the MOT was on and he was electrocuted and died due high voltage.
These magnetically levitated solar motors are nice toys! My dad has one that used to spin so fast it left the magnetic field and fell down so he stuck a propeller to it to brake it XD
I really wanna see this alarm clock. Let’s hit those 200k
Let's do this!
@Tom Chisholm I was so confused too
@Tom Chisholm for me it posted 3 mins ago, so, maybe, some sort of bug or smthng
Yeah!!! I've never been so excited to hit the like button!!!!
🤣🤣🤣
Patreon or member
Gets to watch videos earlier
I hope Mehdi is doing alright, he hasn't posted in a while.
Oh... A thumbnail of him sticking a knife in a toaster... he's doing just fine!
@@AxxLAfriku What
@@oqocraft2661 He's just posting nonsensical comments in the hope that someone curious enough clicks on his channel and possibily watches his awful videos.
Maybe it works better than telling people to check out his channel to see what trash he's posting, possibly might help him get through spam filters.
That's what I thought too 😂🤣
@@oqocraft2661 That is the Roblox chat filter
Until he shok himself we can say he's fine😅👍🏻
The LATITY series is one of my most favorite contents in this channel. Mehdi never fails to entertain me with his "SHOCKING" discovery and knowledge
Nice pun lol
Engineer Gaming with that Shocking pun
Okay, i'll leave.
Engineer gaming
Of course you like it your the engineer after all, lol.
Agreed. I always sing along like I'm watching a kids show.
201k likes. I guess that clock with a magazine of capacitors will be made, huh? 8:30
we should keep bugging him about it
207k now. We ain’t stopping until we get this alarm clock
Remind electro boom!
And so it has become reality
he made it?
@@michaelfreakinggabbert
"When the circuits are alive do not touch them with a knife."
This is absolutely correct. Always use a fork!
Yes the more sharp points the better
What about spoons?
Don't fork with live wires!
Plastic spork ftw
Lyric nightmares:
Get your toast out with a fork
Do your own electrical work
Teach yourself how to fly
Eat a two-week-old un-refrigerated pie
This guy literally made me choose electrical engineering as my career path.
Thanks mehdi.
It's Jennifer now.
He literally made you choose it? I didn't realise Mehdi was so aggressive at pushing people into the engineering world
Same
the guy’s a legend
Oh you sweet summer child. Good luck on your endeavors.
Signed
Second year EE major.
"When the circuits are alive, do not touch them with a knife" - Mehdi 2022.
Yet he is still alive after he even shocked himself with a Jacob's Ladder... Mehdi indeed can't be killed.
Or you will be buried by your wife
Bro tried killing me😢
Stabby stabby
3:54 Tyler1 in an electroboom video. Never thought I'd see that
Ikr wtf
The very first "welding machines" were exactly this: just a tank of brine/salty water to limit current.
This was however, over a century ago, before covered electrodes were being sold commercially and a vital part of a "welder's toolkit" was a peening hammer, to knock shut the porosities/bubbles which occur in unshielded weld beads.
You probably meant over a decade not a century, but reading that really threw me off.
@@stabileseitenlage These welding "machines" date from the 1880's, premade covered eletrode were introduce by Oscar Kjellberg (founder of Esab) in 1904. Both were over a century ago.
@@stabileseitenlage They 100% meant century, not decade
@@PsilocybePsientist Oh, I never sent my reply. I actually misread the original comment and thought he said HIS first welding machine was like this. That's why a century seemed off to me. I can absolutely imagine that welding was a thing back then.
Why not use a heating element (or several heating elements in parallel) for welding? Brine risks an explosion from the generation of hydrogen and oxygen near the sparks.
Mehdi: "The worst thing you can do is if you grab a knife with no plastic insulation [...] you might get a shock"
Also Mehdi: *holds knife by the blade and violently waves it around*
It's possible to hold a sword by its blade, a kitchen knife isn't any harder. Lookup "half-swording".
@@md_vandenberg c'mon dude, I'm a late 30s single male commenting on a youtube video from an electrical engineer. Of course I've heard of half-swording. This look like any half-swording you've seen before?
@@fatmn True, it's closer to a mordhau
It's time for the alarm clock, Electroboom, video hit 200k likes.
TRUUEE !!!! :D
yes tag @electroboom
That transition from him sticking a knife into the toaster to the other guys when it blew up was really smooth
yeah fr
That guy was from a channel rackaracka I think
Well although its fake im not putting anything other than bread in my 1930s toaster it would probably explode like a nuke.
@@chlorophyll6154 yeah rackaracka
1:04
6:05
"It must be chloride"
**smells**
"Yay, which is poisonous"
**surprised pikachu face**
:0
😂😂💀
3:50 tyler making it to ElectroBOOM channel. 5Head Confirmed
1:18 interesting thing I remember seeing is TKOR tried this (the knife was attached to a long stick and a grounding wire for safety, rather than in anyone's hand directly) and the knife seemed to form a very weak "weld" with the heating element and stuck slightly (weld probably isn't the right word, but its the best one I can think of right now)
The toaster thing actually is significantly more dangerous with an older toaster. New toasters have grounded plugs and casings, but if you have an older one it was pretty common to get them with a non-polarized plug and no grounding. For such a toaster there is a 50/50 chance (depending on which way the plug is plugged in) that the heating element is live all the time even with the toaster turned off.
Noooooooooo! 😭
Still wouldn't explode
Until now, I didn't even know they make toasters with ground pins, never had one
@@JakeInaitor5000 that's companies with no safety and health regulations for you
I hate that knives get singled out, like a metal spoon isn't just as dangerous. If you gotta dig, just use a plastic fork.
Just remember, when you're holding that knife handle, that, on some full tang models, the metal of the blade extends through the handle and is exposed on top and bottom.
I'm very stressed at college right now but this video has cheered me up and removed some of it. Thank you for another banging upload Mehdi.
I used to stick butter knives in toasters all the time as a kid, because, if I pressed the toaster's filament with the side of a knife, it'd turn from red back to black. And then when taken off it slowly heats up again. It was just amusing.
Best part is? Butter knives don't have plastic handles. I was using a solid metal knife to prod inside a toaster. Purposefully touching the filament. While myself being definitely grounded. *DOZENS OF TIMES* ! Fun!
Not gonna lie not sure how I didn't get at the very least knocked on my butt by a jolt any time.
Toasters did not always have polarized plugs, which meant that the heating element could be connected to the live wire depending on how it was plugged in. Even if the toaster was off the exposed wires in the toaster could be live.
But that wouldnt make it explode.
Then dont buy them. Dont buy toasters made of plastic, they are a fire hazard, and dont buy devices with metal cases that arent grounded.
@@Chuckiele That s why I have a wooden toaster
Which is still true today in all countries that don't have polarized plugs.
@@maxine_q Modern toasters have double pole switches.
1:06 TROLL!
When I was very young and stupid, I stuck a knife into a toaster and suddenly the whole room lost power.
I guess it was a GFCI or RCD breaker in the consumer box.
i did too, with a metal butter knife. a rather mild electrocution until i thought to myself to better let got of the knife just in case. i proceeded to flush down the toast for safety, haha. Being a stupid kid i only thought of it as mildly entertaining but better not repeat it just in case.
I unfortunately did the exact same thing with a metal butter knife, but I didn't get an electric shock. The power went out and there was 2 deep grooves left near the tip of the knife. I still see it when I visit my parents sometimes and have a laugh
One time when I was young I put an aux cable in a wall socket, one side in the ground hole, and the other side in the live hole. Big spark. Almost died of fright
6:00 fun fact, that gas is not salt-based but a mixture of H2 and O2, a process called electrolysis (I think). The salts there just to let current flow because pure water is a poor conductor. It's cool for making fuels :D
It's hydrogen and chlorine gas, sodium hydroxide remains in solution
The bubbles forming from the electrodes is actually mostly hydrogen which is even worse considering you're generating sparks right next to a highly flammable gas. Some chlorine does form but at a much slower rate and a part of it usually ends up making a layer on top of the water because of how heavy of a gas it is.
Was looking for this before I posted it except for the chlorine density bit. Forgot about that
Dude, they are literally stoichiometric. One forms on the anode, the other one on the cathode.
@@mikoajp.5890 Although they technically are stoichiometric, the amount of chlorine gas actually formed and released isn't what the basic equation says. First of all, the bubbles you're seeing form in this video are basically oxygen and chlorine on the cathode and hydrogen on the anode which come from the dissocation of water and NaCl. Try it yourself with two seperated cells linked up by a salt bridge, you'll see that there are almost no bubbles of chlorine forming on the cathode side in comparison to the hydrogen ones on the anode side. You'll also see that the hydrogen bubbles are smaller and have a constant rapid flow meanwhile the chlorine bubbles are slightly bigger and tend to stick to the cathode instead of bubbling right out which in turn means that the concentration of chlorine in the air is less than the one of hydrogen.
Either way, most of the chlorine immediately reacts with the sodium to form sodium hypochlorite aka bleach. It will also react with your electrode if it's made out of a metal. This is why the simple equation doesn't tell us what actually happens in real life.
@@DeluxeSlayer Are they not technically catanodes as it's AC ;P
Well the spark is very far away from the gas so it’d take a long time to explode the hydrogen gas.
8:20 Wow! Those are some real mind blowing facts!
My first job was with Marion power shovel in 1969 and all of the welding machines were water welders ,you raised and lowered one of the electrodes to adjust the current , this was pre OSHA days !!
I love how he pretty much says “wow, that is so dangerous, let’s do it.”
3:04 if I shock myself enough I might be able to do a full 360
I get so much courage after watching your videos Mehdi. I honestly feel immune to electricity right now. I'll be in the shop making a free energy machine.
But you're not immune to Mehdi. He, put it mildly, is not fond of free energy device inventors!
About the saltwater welding: AvE did a test of I forgot what it was, where he used a bucket of saltwater to adjust the current that flows through the setup. The deeper the electrode is in the water, the more surface area and apparently more amps. Maybe you can also have a little fun with this idea. Great video as usual, thanks!
The concept is called a variac, the specific implementation is jokingly called the scariac. TKOR used one built by Grant to power a lot of their high energy projects. Pretty sure the original was an old Popular Mechanics DIY project. It's not about amount of surface area, it's simply the closer you bring the contacts, the more energy they can conduct. Can adjust the electrolyte to adjust the variability of the device.
@@eideticex thank you! I didnt know this stuff :)
Search for liquid rheostat on wikipedia or so. We used one to load test out generators in the data centre I worked for until about 20 years ago.
@@eideticex Variac is actually an old trademark and really refers to a "variable reactance" and specifically a variable autotransformer. This is just a variable resistor made of salt water. In many applications, the distinction doesn't matter that much. Nothing particularly new or dangerous...as long as you don't do something crazy like throw it together with exacto knives sitting loose in a glass of salt water.
Somehow... I feel like somebody should let Medhi know that he was electrolysizing water... into Hydrogen and Oxygen... in a completely uncontrolled setting... In an enclosed space (hopefully with decent ventilation) and then showering the room with sparks and at least a very small amount of open flame and serious heat...
The reason we use DC for Electrolysis Devices is to control which side produces the oxygen and which side produces the Hydrogen... AND to keep the two separate TO AVOID EXPLOSIONS... at least, until we're ready and actually want explosions...
BUT the point is, ANY TIME you bombard water with electricity, you split it into Hydrogen and Oxygen... If you do so with AC current, you're just bubbling up the gases every which way and completely uncontrolled... He's pretty lucky he wasn't playing with it much longer... It could've been bad.
...and maybe he knows, and it was a joke when he sniffed, "It's probably just chlorine... yeah..." BUT it's hard to say exactly... ;o)
3:15 Norway flag gates is the best, lol
I love this channel so much. It’s so informative and entertaining
LATITY is one of the best series on this channel. I enjoy every Episode.
Keep going like this 👍👍
Yeah. They are short, they are funny - and also educative.
must be chlorine...
which is poisonous!
this is why we love the channel, congrats to almost 5mil.
It was actually just hydrogen and oxygen, you can do the same thing somewhat safely by dropping a 9volt battery in salt water
@@williamletts9487 the products of an Saltwater electrolysis are: HCl + H2 + O2 + NaOH. One of which is a deadly Gas. After all the Cl is gone only H2 and O2 are produced. Because of this Water electrolysis is normally not done with NaCl but with other salts added.
Chlorine and not chloride.
@@williamletts9487 No, it was just steam, there is no electrolysis with AC, but with DC it would indeed have been Hydrogen and Chlorine if you use table salt.
@@mernokimuvek typo
7:28 If you listen closely you can hear a electric motor running
the guy in the corner is Tyler1 lmao
Whee?
Where?
Why is it guy that has over 108,000 subscribers? Watching electro boom fails lol
4:01 that's Tyler1 why the hell is he there...
I had the idea of the capacitor alarm last week, so surprised to see it here too, I would love to see you do it, I would like to make it later as well
Mehdi realizing he's breathing chloride, 6:10 lmao
6:00 "assuming it is salt water, it must be chloride or something. Which is poisonous"
Oh man, those rapid hand movements around exposed exacto-knives! Scarier than any electricity.
the toaster vid is from RackaRacka which they dedicate themselves to making mostly action and horror short films... and pretty good ones too👌🏻
The McDonald’s ones are my favourite 🤣
0:50 the sound effect even come before the explosion of the toaster, we would have even seen a mild flash first then herd the sound
Or it might be a delay.
@@Nsodnoajdjksl I just went through it again (2 years later) you can also notice the effect in the video which goes from down to up, I'm not sure if this is a camera frames limited issue but I am pretty confident that its just video effects and the explosion is probably made through some chemicals CUZ THERE IS NO WAY that a toaster can explode that violently 😢
5:50 BRUH YOUR EYES
Theatre lights used to use salt water pots for dimmers. Lower/raise the electrodes to change the current.
4k left till that alarm clock, let's get it guys!!!!!!
Congrats on 5M mehedi
Can't wait for the 5M video
Where's that alarm clock? 200k likes lol
Yeah😂
Nvm lol
That little solar panel motor seems like a fun desk toy. Might have to try that sometime.
My uncle would’ve loved this, he was a extremely big fan of yours. Your videos bring me some happiness because I get to think of my uncle while watching them
I love that solar powered floating motor! I would buy those as gifts!
Was thinking the same
It looks like it might be the 5.5 Inch Hand Made Mendocino Solar Motor Magnetic Levitating Motor Model Motor by ElectroNova. Available on Amazon for about $50.
10:57 sounds like Mehdi needs to recreate the extreme motion sensor workout device.
8:29 Another great alarm clock: a cloud of hydrogen, mixed optimally with oxygen and then a spark somewhere inside. That bang wakes up!
You can even just electrolyse water, so you'll have the perfect stoichiometric proportion of H2 to O2. Seems doable.
@@PanduPoluan
Unimportant how you GET that cloud, the bang is impressive.
You could also put a chunk (~1cm³) of sodium into around a liter of water, that should also do the job, although it's very messy, with lots of highly reactive sodium debris and water shooting through the air!
With this setup, you can wake up the entire building with your alarm clock!
@@windowsxpmemesandstufflol
Exactly!
7:14 the name is insane
2:17
“What is the worst thing that can happen? The explosion in a hotel in the UK?”
The fact that this was said by an Iranian electrician makes it even more comical... and suspicious
0:22 that "ok bommer if you....." triggered my Google assistant
Same
why did it trigger?
6:49 as a Turkish i can confirm we have the best scammers in the world
we hit 200k! build the alarm clock!
6:05 small correction, it's a mix of hydrogen, oxygen, and chlorine (it isn't chloride unless it's negatively charged).
past a certain salt concentrartion i think chlorine takes precedence over oxygen and no more oxygen is produced (bc of side reaction)
@@jonathanouyang What side reaction?
@@Owen_loves_Butters such processes are optimized in the en.wikipedia.org/wiki/Chloralkali_process. From en.wikipedia.org/wiki/Electrolysis_of_water it states "Using NaCl (table salt) in an electrolyte solution results in chlorine gas rather than oxygen due to a competing half-reaction." and that "chlorine gas being preferentially discharged if the concentration of Cl− is greater than 25% by mass in the solution."
@@Owen_loves_Butters without source but I'm sure theres some merit to that
Every LATITY Episode:
Mehdi: Thats very dangerous. Never try at home!
Also Mehdi: Lets try it anyways....
Mehdi A few seconds later: **Shocks Himself**
Mehdi at the end: VERY DANGEROUS! NEVER TRY THIS AT HOME!!!
he just proves why you shouldnt do it at home
It's like watching a Road Runner cartoon. Same thing every time, but still funny as hell.
@@glenmatthes8839 100% right
hehehe the Capacitors Reloading Clock is coming.. 👀
We are at 200k likes ElectroBOOM it's your time now
9:01 *"you never become immune"* _what the government wants us to think about covid_
Another truth speaker here
This is true
0:54 yea, let’s see if we would die! Of course we arent
2:35 I'm somewhat nervous seeing him grabbing the knife that way.
⏰💥⏰💥⏰💥
200.000 !!! Now make that BOOM alarm, as promised !
Well, here in Brazil i've seen a lot of people doing that "salt and water" welding, it works. Here we call it "máquina de solda mexicana" or, in english, mexican welding machine (i don't know why). Here they put the cables of the "machine" in the main breaker of house or even before it in the city power line, it's dangerous as F but, in a emergency, it works.
It looks like medhis issue was he shortened the two rods together and therefore didn’t get the voltage drop needed. Stick welding is in the 24-28v range
@@FishFind3000 He did not short them at first, or else there would have been no bubbling in the water. When he shorted them the breaker popped.
Since there is no transformer involved (or electronic inverter), there is only the voltage drop through the salt water, but the current stays the same. You are limited to the amount of current the outlet can deliver, which is not a lot, compared to what you need for proper welding (hundreds of amps at low voltage).
The electrodes are live at mains voltages, electrolysing salt water releases toxic chlorine gas. There is also no way of controlling how much current or voltage you're actually using.
All in all a very stupid and dangerous setup, waiting for an accident to happen.
mano, quando eu vi a introdução eu pensei que ele iria usar o vídeo do LetraJota ali como exemplo kkkkkkkk salve
Blimey. doing it before the supply fuse in the UK, your looking at 20KA available. You could vaporise your teeth with that, LOL
@@WagTsX Tipo isso msm kkkkk O leandro q faz umas merdas assim kkkkkk.
0:56 can i just stick a fork in?
same as knife dangerous
@@mariavictoriaantipolo1994yeah they are both metal utensils but the knife at least has a handle that probably doesn’t conduct electricity.
200k likes reached! He has to do it now ;)
7:04 I want to go there to study 😃 I’m so happy it was mentioned
7:10 To think that this guy is an actual professor of chemistry...
“This is dangerous...let’s try it anyway!” Love his accent and I usually prefer hearing some cursing, but the beeps make it funny also. Im smitten
2022
This man is almost at 5 million subscribers!! You earned it; keep up the fantastic and entertaining work!
3 days later, he IS at 5 million subscribers, haha
I also did that, stick a knife in a toaster. But it was an all metal knife, so also the handgrip conducted lol. But i didn't really felt anything and the ground switch popped, we have those here by default in the fuse closet of the house / appartment.
0:01 I want to see the project
10:10 Pinapples!!!!
Mehdi, I want to thank you for your very entertaining and educational videos. I started my electrician apprenticeship this January and if it wasn't for all the binge watching of your videos, I wouldn't be half as knowledgeable as I am now, even this early in my career. Thank You!!
we've hit 205K already, time to see the alarm clock experiment!
200k achieved ! Please make the exploding capacitor alarm clock! 😅💥
5:45 that happens with fresh rods, you need to strike them on the surface to start the arc
To answer the question around 4:07 that guy in the corner looks like Tyler1.
It IS Tyler1, he is funny but it causes me to go crazy sometimes. (serious)
@@murderer2022 that's because he has Autism, so he has some Autism attacks every so often, that's why he goes crazy
"This is dangerous! Let's try it anyways..."
2:50 - I know a story of a man that tried to fix a microwave using a metal knife, but unfortunately had touch the HV wire with the knife, the MOT was on and he was electrocuted and died due high voltage.
He literally welds *over* his laptop. Pure engineer 💙😂
Im glad to see this man's channel grow
There is 200k likes, where is the Alarmklok
8:08 hapilly hapoo = yonk
These magnetically levitated solar motors are nice toys! My dad has one that used to spin so fast it left the magnetic field and fell down so he stuck a propeller to it to brake it XD
The rotating solar powered device is called a Mendocino Motor, and yes, it works like Mehdi says. I have one, actually :)
the problem was you where trying to weld aluminium (the alligator clip) with a regular steel electrode. it would probably work better welding steel
1:05 this part felt so real for a moment 😂😂😂
the guy in the webcam is tyler1 @3:30
exploding alarm clock when??
I really want to see the alarm clock made from exploding capacitors.
6:39
Psychonauts character concept art
200,561k likes, where is the capacitors alarm?
Oh damn, Just 15.000 likes short of Medhi making an automatically reloading capacitor alarm clock.
haha short.
1:23 when the toaster becomes a microwave
2:54 but you can touch them with a fork!
Where is alarm clock?