Electrician Reacts to Styropyro's🔌AMPS vs VOLTS⚡
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- čas přidán 23. 03. 2023
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#thinklist #electrical #reacts - Věda a technologie
Hey, I just want to say that you are the textbook example of what a "Reaction video" should be. I know a lot of people rag on reaction content for essentially stealing other youtuber's content, but it's clear you are the star of the show and are doing a fantastic job of bringing context to the content without just ripping the video. Informative, funny, and very entertaining.
Mate this means a lot. My intent is never to steal anyone’s work and I’ll admit it’s a fine line. I only want to bring context and educate in a fun way.
You’re a bloody legend mate 🤙
@@thinklist I think the main complaints with reaction videos are aimed at streamers or CZcamsrs that just record themselves watching a video and don’t really add anything to the video, like they are just recording or streaming themselves watching it.
@@conorstewart2214 Yep, the kinds of reaction videos people don’t take to kindly to are the ones where the person “reacting” is eating or doing something else that doesn’t add on to the content
This electrician is absolutely adding on to the content and is very educational at the same time, going more into depth on the topics that are briefly covered in the videos he’s reacting to, truly one of the best reaction / educational channels of all time
If you look for reactions from experts in their fields they tend to be much better than most of the random simpletons who post reaction videos, for example most of the best music reaction videos I've seen were by pro voice coaches, pro drum teachers etc
@@thinklist I find I understand drakes content more after watching your videos! You add so much to everything you react to!
YES ANOTHER STYROPYRO! Thank you! Styropyro and electroboom collab would be crazy!
🤙
Zeus and Thor have combined less power then these two 😮
@@HrLBolle
If you combine styropyro's risk taking with Electroboom's luck... Bad things would happen.
No. Those two together would be the physical equivalent of dividing by zero.
Nothing good will come from it 😂
Thank you for the breakdown and additional info! Sometimes I get lost when the creators get too technical and this reaction format really helps.
Pleasure mate 👌
Styropyro amazes me because he does all this for fun. Like you said, his background is chemistry and I think he's a personal trainer? But casually lobs out knowledge that stuns the pros. That's rad.
You can do a lot when your insane
@@dylangabriel2703 theres a fine line between genius and madness
yeah, i remember a few “wtf kid, how did you get this far not knowing that?” moments watching his videos though
Lol “that’s rad”
@@SodiumInduction-hv It is
I love styropyro, he's just crazy enough to try my fever dreams, I'm just happy to watch 🤣 I think he's actually a professor and is crazy smart. We should just be happy he's happy, and not a villain wirking against us 🤣
I'm glad I wasn't the only person watching Photon explode capacitors while eating nachos in my boxers at 2am. I sat there thinking "wow, doesn't get more niche than that" but damn, he's got some followers.
I love his work, such a legend
Agreed, I was kind of blown away to watch a reaction to they video. And it wasn't just a random reaction either, but someone that could actually expound on what's going on
I had the opportunity of playing with a similar tesla coil, with output of about 3A rms. One effect Styropyro didn't tell about is that at those currents, it starts warming your entire arm up by resisitive heating, which is quite an interesting experience x3
Amazing reaction video as always, thanks mate!
I'll just use a tesla coil to stay warm in winter. What could go wrong? 😵
He does add he doesn't do that often because you risk internal burns, though :D
that is more than mildly terrifying
@@havocodey Careful with Microwaves. Body parts that lack nerves but are poorly cooled by blood are easily damaged. The first thing that usually goes is the lenses in your eyes. You'll go blind before you ever feel a thing.
@@havocodeyare magnetic heaters the future... ?😂
I dropped out of college 1 credit away from graduating a 3 year degree in electrical engineering in Canada, so while I'm not technically any kind of electrician/EE, I've got a lot of the learning down (but please never ask me to simplify another circuit with a transistor in it, or ask me to write out a karnaugh map ever again). I'm amazed at how well Styropyro manages to explain some of the counterintuitive behavior of electricity.
thats so dumb. wtf 1 credit. that must feel like winning 2nd place 1 second behind 1st
@@HDReMaster Not even. It's like being in 1st position in a race, and then stopping a couple feet before the finish line and just walking off the track. Or playing football (🏈 not ⚽️) and totally outrunning the defense for the touchdown, but spiking the ball at the 5 yard line.
I refuse to belive that anyone would do that
What's a karnaugh map?
Why did you drop out so close to finish?
@@phenax1144 if i had failed one particular exam one more time I would have dropped out at 177/180 credits required for my bachelor's - had written my thesis already. would not recommend! luckily the pressure finally made me actually sit down and study, so I passed and finally got my degree xD
Years ago at union trade show I saw union electrical lineman doing demonstrations about how people put tons of nails into the lower parts of utility poles and how they had to try not to put holes in their insulating clothing climbing up the poles.
They had residential type transformer hooked up to run thousands of volts at very low amps. It would arc up to about a foot distance. It was interesting watching young apprentice well insulated carrying a probe with all this voltage throwing this long arc burning hot dogs and setting things on fire.
Sound very cool
it is hard to not be in constant shock and awe (no pun intended) when mr. Pyro uploads a video. Your face looks much like what I imagine mine did when I watched lolol.
He is just so crazy
I was welding one very hot day, my gloves and I were dripping with sweat. When it came time to change welding rods I quickly understood how much power an arc welder uses.
It's a good job I was young nd healthy and had just gone to the toilet.
Oh damn! Yep that can happen
Let me guess: ZAP
Welding leathers soaked in sweat will light you up for sure. Not enough voltage to be fatal, just enough to fuckin hurt.
The TIG welder I use at my job has high voltage / high frequency start that activates about a second to get arc started without touching the tip.
My electrode holder was cracked up and I kept it taped up with black tape but one time the tape was getting pretty worn and the arc decided to jump through the crack into my bare hand.
It is capable of jumping about 3- 4 inches and it made my arm feel like it was going to fly right off.
On the other hand I was welding in my driveway with a stick welder on rainy day.
I would shut the welder off with my foot every time I put in a completely soaked electrode then turn it on to make a weld. I wore rubber boots as well and was very careful of what I touched when it was on.
I didn't have any problems but sure had to pay attention.
Appreciate how cool and humble this channel is and definitely enjoy watching him cover Styropyro!
Styropyro is awesome, he knows his stuff for sure, he would make a great teacher, even though I have quite a bit of experience with EET, bio, and chem, he explains things so easily, great vids. And you are ok too..... hehehe, naw, like yer vids as well.
In his 3rd video about a 1933 chemistry book, he begins the video by saying that he had even taught chemistry.
@@stgigamovementat a university no less (if I remember correctly)
I'm in college learning electrical engineering, and it's pretty cool to see everything I've been learning out being talked about here. And it's also nice to have heard of everything he's mentioned and know all about it. It's funny seeing "L di/dt" and whatnot
I do not always enjoy reaction videos, but yours are some of them that I enjoy. Even if I already saw Styropyros video a long time ago.
Glad you like them mate
Great reaction video. Styropyro is a literal genius and has taught me so much. Everything he says is verifiable in my experience researching the topics discussed. Love his videos
I trained as an electrical fitter. I used to work installing and repairing 11kv transformers and switchgear along with 3 phase 415v distribution boards and I’ve just learned several new things from watching this video!
I learned a lot from this video, I love this series
Thanks mate 👌
I have finally discovered "It's The Amps, Not The Volts".
Such a profound concept.
Love your styropyro reaction videos, always puts a smile on my face.
I freaking love your energy bro, very contagious!
I appreciate that!
styropyro really knows how to make a great educational video.
So if the frequency is high enough, you basically can’t be hurt by otherwise lethal currents. The standard 50 and 60 Hz AC from a wall outlet is well below that frequency and is obscenely lethal.
Keep in mind that you still have the thermal effects of dissipating that current flowing through your body. A lightning strike, for example, often leads to serious thermal burns even when the victim survives.
@@knurlgnar24another unusual phenomenon regarding lightning strike is that it does not have to actually hit you directly, if my information is correct, & pls forgive the vague details of this story.
A farmer at work once told me of a friends funeral he had to attend, and that he had died from a lightning strike (technically), I dont believe he died immediately ( some hours or a day later), as he was a shortish distance (10m maybe, not sure) from where lightening had struck ground zero. The hospital staff dont really understand it properly either, but they believe it was like an EMF or EMP type force that was generated in his vicinity and can cause the human body electrical signals to just stuff up & die, and there is not really anything they can do in such rare cases.
at standard American voltage of 120, and even up to 240, the lethality doesn't so much come from the electricity frying you, but actually paralyzing your heart/lungs while the electricity flows through those parts. Deaths from residential power usually come from people GRABBING something thats live and are unable to let go. A brief brush across mains voltage, while not very fun, is rarely life threatening for a healthy adult.
@@evil17 There was a case where lightning struck the ground in the middle of a football game and although no-one was directly struck, several players dropped to the ground, injured. When lightning strikes the ground, it dissipates in a circular pattern and the voltage between your feet can be over 100,000V. So if you think lightning is going to strike near you even hitting a wooden or metal post, keeping your feet close together may save you from injury.
@@billc2052 perfect explanation
High amperage DC is not to be played with , have been zapped twice first DC welder at 160 amps no glove leaking hand piece straight up left arm and had a burn on right thigh , could not use left arm for about 24 hours. The other one 30kva DC generator 220v blew me over 20 feet cleared 2 marine diesel main engines 3408 cat and put me out of action for a couple of days. I consider myself lucky to be alive after either one . That was about 35 years ago
Yep it’s no joke
The welder hits hard because of the energy stored in the inductor that allows for very high voltages. It's similar to the coil on an ignition system but can be a lot nastier due to the lower voltage, higher current, and higher joule pulses.
Did you buy a lotto ticket after, I would have.
You are just electrifyingly awesome to watch! Informative and simply fun! I forget how much I love your videos until I see one pop up then I'm like... Uhhhh... OH, I LOVE THIS GUY! Keep up the good work and thank you for being you!! 🍻🌎❤️🌮
15:04
Thanks to you I could actually understand one of his videos 💯
👌
Was at Spencer's as a teen and was enthralled by their plasma globes in the back. I touched it a few times but wanted to carefully brace my hand so I could get closer and closer to see how the electricity tugged towards my finger. Since they had the globe sitting on a metal shelf my now braced hand became grounded and it shocked the absolute shit out of me. A lesson learned that literally sparked my interest in electrical engineering.
this vid is amazing. in the past few months i have gone from not knowing the difference between AC and DC, to making function generators, and inverters using 731op amps and 555 and 4047 ICs. last week i finally grasped the concept of transformers. this week i have been learning about calculus and logarithms. a whole world of interesting videos has become open to me, i now understand what this bloke and styropyro are on about!
if i were to be asked "is it volts or amps that kill?" i would reply -"yes, usually."
Awesome to hear that you've been learning a lot!
Are you fiddling in electricity just for fun or have you worked towards goals of some sort?
@@tappajaav i decided, out of nowhere, i wanted to make a model rocket with a flight computer in it. i launched one last week with an arduino nano in it, recording acceleration, rotation, pressure, and temp to an sd card!
Also in his video he says he keeps the touches to the crazy arc short because he wants to avoid internal burns since that kind of thing can heat things up pretty well even if he's not being electrocuted. I don't fully understand the whys and hows of the stuff he does but I've learned to just take his word for it. xD
14:21 this actually makes sense based on what I have learned in my Brain Computer Interfaces class -- because of the way the sodium potassium pump
It's a certain charge transfered in a specific time period called the cell time constant which depolarizes the cell membrane. For example: a shock of 30 µC feels the same with large contact areas whether it is given with 200 V, 330 V (85 nF) or higher voltages. A shock with 10 µC feels the same at 450 V as it does at 120 V, or at 1000 V.
So the charge in every half wave depolarizes the cell membrane. So the thresholds will be positively correlated to the frequency. But the energy will be different and therefor heat and other effects will increase.
Bro. You could legit do a whole series breaking down the electrical dynamics of Styropyro videos.
I found great value in this video for all the points you spoke on. Made googling some of this stuff way easier.
ez sub.
Mate I’m an electrician too (only qualified for 2 years) but some of this befuddled me too. I guess we only really held onto the practical lessons from trade school to use on the job and didn’t go as thorough with the theory. Great video, and nice to know I’m not alone when it comes to my average understanding of the whole electrical field
Start teaching yourself about radios. Get your Ham license. You will learn so much.
Yes … love it!! Danger ⚠️ high voltage
4:24 "For starters" yep, that's what that battery is for!
Dudes gonna have an apple orchard in a few years.
😆🍎
The best part about it is;
None of the apples will be that same kind.
Apple-trees deliver vastly different apples from their parent trees and even from other seeds from the same apple. The only way to have the same kind of apples is through grafting.
There is a video called "listening to radio with grass" that illustrates what's going on here.
A bunch of bored people break into an AM broadcast antenna site and put plants on the antenna, which is insulated from ground and carries high voltage at high frequency. The plants instantly burn, forming an arc speaker that makes the modulated sound audible. They're wearing gloves, thinking that they're protected from the voltage, but at such high frequencies the gloves just create a capacitor and the voltage goes straight through. They don't instantly seize up and die because of the high frequency (500+ kHz for an AM broadcast), but they soon feel the pain from the heat generated within their body by the current passing through them. So they're being cooked from the inside and I'm going to guess they felt this for a very long time afterwards and may have had permanent tissue damage.
I've played with some serious Tesla coils and he's a legit mad scientist with the stuff. Beautiful construction techniques of massively deadly apparatus.
Like the gentleman that was reacting to your video it's taught me things i didn't know either we didn't discuss it in my college classes or we skimmed over it but little detail overall. Possibly we might have hit on the subjects if i had been working on a PhD or something.
a bit over 30 years ago, I landed myself backwards about six feet playing with around 20KV pulsed HV-DC at unknown current potential(large vehicle/racing ignition coil) and leyden jars.
it blasted through a hand and left leg, which in turn catapulted me backwards from end of bed to slammed against headboard half vertical, which also knocked over the table and made the junk producing the HV stop. it was likely a good thing it was all on a cheap folding table, but then again, it's the metal legs and outer rim that got me.
likely a good thing I had very strong legs and was skinny from lots of bicycle riding.
every time I see this guy upload, my immediate reaction is
"oh good, hes not dead"
This was great
Tbh this is the only reaction content I'll watch. You actually give educated feedback. It makes the videos more interesting. As opposed to the usual "react" content, where its just a streamer who knows as little as i do watching it.
Also, you know Drake is crazy when he laughs every time he gets a shock 😂
Cheers mate. Yep he is a crazy dude
Volts x Amps = Watts. Watts x time = Joules. Styropyro has a Bachelor's in Chemistry, which outranks an electrician in terms of academic brownie points, though his electrial knowledge is self-taught. But he's a very clever guy, and has pissed about with high-power lasers for years yet still has vision in both eyes! That's a mark of a great physicist (he also did some research into MRI machines blah etc). He knows exactly what he's saying, and he's very good at getting it across to a layman audience, partly because his immense enthsiasm and love for the subject shows through.
He's also pretty hot.
With a 240VAC (single or 415V 3P) supply at 50hZ Amps is a good proxy for the outcome - for different voltages and frequencies, the power relationship with the time domain is key...
Just like there's different kinds of radiation, if a neutron beam is strong enough, it mostly just passes through you, slow ones won't, but a week alpha source that can be blocked by paper can kill you really fast if ingested. Particle or electromagnetic, neutral or charged, frequency/energy level, what tissue is being exposed... It's not as straight up as one might think.
Same with electricity.
Stryo is awesome! The bit about tossing Ohms Law out the window is funny but a bit miss leading; its more like Ohms law is incomplete.
What he means is that V=IR is for DC, while Ohm's law for AC deals with phase shift and such
"Ohm's suggestion"
I usually dont care for reaction content, i'd rather watch the content itself. but you add a nice educational flavor that i can appreciate.
Thanks mate. That’s the aim
Styropyro has always seemed to me like Anakin Skywalker before Attack of the Clones, but with Revenge of the Sith hair 😂 and that seems to make it even better
Great review. I'm subbing
Thanks for the support mate
@@thinklist no worries bro that was excellent from another Aussie 🇦🇺
Nice video thanks for teach me. Greetings from Colombia
I've learn much today about electricity, thanks.
What a top tier video to react to, v exciting
Thanks mate
He's a true CZcams legend. I love his videos.
I love to stick my finger in outlets and I use steel rods to strike overhead power lines. I hope to get a lot of fresh electrons.
Invest in really long rod so you can touch the high voltage transfer lines.
Now THOSE should give you many electrons
@@tappajaav But the problem with AC is that it will take them back every negative cycle. While with DC you have to make sure that you get polarity right.
Teaching guitar the tongue test was the easiest way to test 9V batteries. Pedals and active pickups all use 9V power.
I once had a student try it who sparked it off his braces. I then stopped doing it in front of students.
The secondary of High frequency supplies like Tesla coils tend not to electrocute. The sensitivity of the body to current is frequency dependent with the greatest hazard been around the power frequence range. However the spark is hot and can burn. However the primary of the coil I built was energized with 2000 volts DC and that is DANGEROUS. I made a video on it :)
14:19 Yeah, it’s crazy how you can’t feel electricity at extremely high frequencies. ElectroBOOM actually made a video that was based on pain vs. frequency. In that video, the pain peaked at around 2000 Hz, and dropped significantly at 10 kHz
Great vid mate. Love drake. Really wish Andy would come back ( photonic )
I love this guy. His commentary is so informative and entertaining. He's also very humble, a likeable quality to have with someone with so much knowledge. Styro is awesome too!
Appreciate that mate
You look a lot like Fixit Felix from Wreck-it Ralph! Also, great video mate! styropyro is a legend. 👍👍
Not sure what it is... but I'd buy you a beer in any pub/bar in the world just to have a convo about anything electricity related with you. I love styro, I love the full bridge rectifier, but you are the only one who makes my brain understand why both of them aren't dead yet. ;) Love ya fam. Thanks for what you do.
ElectroBOOM also made a video where he made a pain graph of different frequencies. In his graph, anything above 20kHz would simply not be felt by the nerves, and instead, it _just burns_
There is no freuency at which neurons stop functioning totally. They are reacting more readily to a specific range of frquencies while they are less responsive to frequencies outside that range. But with high enough currents neurons can be excited, even at high frequencies. Eventhough this ight require currents above the power/energy threshold the body can withstand.
I still remember having to broomstick a newbie that was stuck to a low volt line when I was still in school for Electrical.
Have you seen the electroboom video where he graphs AC frequency versus pain of electric shock?
6:15
Bro is caught up on his Styropyro lore 💀
I hope to see more of your content, dude. 👍🏾
From my understanding voltage is the thing that leads amps and breaks down dielectric materials, for example if a 1000 volt spark Hits ur hand it easily passes cuz it has no problem with the resistance of skin but in the battery example it's possible to get shocked with wet hands which removes the need to break down the resistive skin layer. Buuuut I'm no expert and my reasoning might be flawed so feel free to correct me
You gotta do one for william osman and backyard scientist playing with high voltage and an xray tube.
If I remember right from class, the main concern of any current or voltage source going through your body, is that if it goes through a certain small muscle in your heart your heart will stop. I'm sure the skin effect comes into play in conductive materials but ye don't ever touch live with one hand and ground with the other. Styro was safe because he was grounded.
Styro wasn't grounded. You don't need a ground connection at high frequencies.
There is no skin effect in the human body like with first class conductors.
I love how all sort of professional people coming out of the woodwork to do React Video.
Styro is easily one of the most incredible youtubers. Legend
That dude is forever 20 years old. Its actually really impressive.
4:01 take one of these small (not car battery cause shorting it would burn you heavily) 12V batteries on your tounge, and you will see a flash of light in your eyes. I think it overrides the nerve signals of your eye or something
That was great! Also, shout out to Styropyro!
0:50
"EXPECTO PATRONUM!"
I just watched this video earlier this week and the Tesla coil seen gave me a heart attack
Cool video 👍👍 Subbed
Thanks mate
I love how styropyro's videos are so powerful that even professionals reacting to them look like smiling, dumb little boys (me included)
cool i got one of them instlasion testers it can put out 1000v i tuched the out put leds and it give me a bloody kick😛
I'm so glad I found your reaction video
All the half truths and misinformation this video had was doing my head in
30mA is just a known figure we know we have to avoid passing through our chests / hearts etc even though there would be multiple conduction paths thru body
Just incase there's only one path let's limit it to that
Regardless of what the voltage ,ambient conditions are and resistance of any paths involved are we need to avoid anything that results in 30mA thru body
If you are in a pool it doesn't take much voltage applied between two terminals one either side of a swimming pool to make you collapse and drown
Low voltage but it's still just 30mA across chest
So 30mA is a constant that doesn't change (much) so is the best UNIT to base it and any safety device on
Take anything in the vid with a grain of salt - I wouldn't trust my life on anything stated in the original vid and throw proven conventional electrical principles out the window !
Electricity:- it's all fun and games until someone gets electrocuted and dies then it's bloody hilarious !!
Its all a laugh
Dude, I love this what edit software do you use and you and I could make beautiful CZcams videos together signed Professor Boz
If an appliance is switched on, the neutral wire has current running through it. So would any risk to touching it depend on how many amps the appliance uses, just as it would be for the hot wire? Thanks
My opinion when it comes to it it don't matter how many volts how many ants how many watts either hurts for a minute or you never feel a thing in her sweeping you up
Love the little Ophelia reference! ^v^
Such a cute squirrel 🐿️
0:46 he was graduate from Hogwarts
Sheeesh my brain juice almost can't catch up with his explanation without replay it
The 30 mA calibration for residual current protection is based on 240Vac ( for Australia )
interestingly this is rated much lower for surgery theater since dry skin act as an isolator
yes ! ....they did electrocute dead bodies to work it out
"The 30 mA calibration for residual current protection is based on 240Vac"
It is solely based on frequency and current not on voltage.
"interestingly this is rated much lower for surgery theater since dry skin act as an isolator "
These are microshock rated.
"yes ! ....they did electrocute dead bodies to work it out"
You can not electrocute dead bodies because:
1. They are already dead.
2. They don't have the same properties as living bodies
3. The tests have been performed on living humans and animals, both in Vitro and in Vivo.
4:06-4:19 he reminds me of photonicinduction
awesome video!
Cheers mate
Man, I remember as a kid frying my watch by placing it against a plasma globe at the mall. Got in soooooo much trouble for that one. 🤣🤣
Being the current runs on the outter “skin” will a nano coating of carbon reduce the resistance?
When i was a teenager, u used to cover my plasma hlobes with foil, and used a grounded fork to make the spark jump l, all so i could light a smoke off of it lmao😊
Electricity is fun. Personally I love pranking people that try and use those prank gum sticks on me, only for them to try it themselves when I don't react to the shock.
i remember learning about coulombs (the unit, not the law) by doing the math to calculate the coulombs in a static shock vs a lightning strike. its tempting to want to simplify electricity down a single catchy phrase or sentence to kind of cover all of the safety, but really to be accurate you can't do that. you have to discuss resistance, capacitance, charge, voltage, direct current, alternating current, impedance, and power. and you might as well toss in RF power too because most people don't really understand how RF transmissions work (including RF engineers... its black magic). Will 5G cook you? No, but there are RF transmissions that can cook you. or they may only cook part of you. It's just too complicated to give a simple throw away one size fits all answer.
One of the most important things an electrician can have is a good "fuck I almost died" laugh.
Great video
Styro could literally destroy the world if he wanted too.
10:00 I wish he elaborated on "hooked up to the Tesla coil". What I don't see is any meter hooked up to the TOP of the Tesla coil. What is the circuit?
Welder(spicy elecicken) you right it's everything that kills u not just one or the other I've had a deadly ammount pass through me still here lol definitely how it hits you and the numbers that go through you after resistance
It makes me flinch so hard when he touches the battery terminals
It's funny that he says he's not an electrician,yet he knows more about electricity than most electricians.😆😆
Sticking a piece of aluminum tape on a plasma globe will cause it to shock the piss out of you. Is that because it effectively lowers the voltage frequency? Or does it store current like a capacitor?
😆 I suspect it’s creating a capacitive effect
I love that your name is bubu
My guess is that it increases the size of the contact patch. Instead of just touching 1cm^2, you're touching the area of the foil
Not gonna lie, I lick the 9v battery to see if it has any juice at all before I bother pulling out a meter lol.
I was taught that the basic meaning of RMS is like this: Assuming a purely resistive load, an AC voltage of 1 Vrms will result in the same heating of the resistor as a DC voltage of 1V.
Exactly! That is also why you can not RMS values for shock severity determination outside the 30- 300 Hz regulations, as they have been realized with RMS. You can rather use the charge transfer definition and the frequency-charge-duration correction factors to calculate the frequency.