It's not clear on the goal. For the petrol bulb to explode, one would fill the petrol to below the filament then the filament would heat up potentially igniting the oxygen and petrol vapour to cause an explosion. As it was filled above the filament, there is no oxygen and so no ignition with the filament simply heating the petrol until fails.
makes sense and this proccess reminds me of combustion engines, so if there was some decent amount of oxygen on the petrol bulb it would explode instantly instead of slowly burning and releasing bubbles?
@@NullCyan It needs a correct air to fuel ratio and some compression to actually explode, otherwise it can burn slower. It will surely burn with a small amount of gasoline in the bottom and let it vaporize, but not for too long otherwise the vapors would take the air's space instead.
It is a awesome video. All those liquids are water based (except petroil). Would ve Nice if You try baby oil, destilate water, aceton/alcohol, maybe even motor oil 😅.
Was completely pointless. And he's lucky the petrol didn't manage to light. This wasn't so much a science experiment as it was a "what dumb thing can I do for views" experiment.
Not really pointless, he demonstrated how a tungten filament fail in air, how it create blue tungsten oxide on water, how petrol is a bad conductor, and how energy drinks have enough salts to be a good conductor. It's dangerous, but with a proper electrolysis setup, can be a good teaching element on chemistry/physics.
why every video that I watch "do not try at home" Thinking that each experiment will explode through my laptop or cellphone. Sometimes I hesitate to watch it straight through. Its like watching a horror movie LOL
It seemed like electrolysis was so strong, that it was not enough current to burn the filament. Like more current went through the liquid than through the filament.
For my eyes it looks like it actually did burn, but the liquid conducts enough that it kept the current flow through itself only, while the filament dangles underneath.
They would probably burst and make a big ol’ mess. Especially the energy drink and the petrol ones. The petrol might start a fire after it burst and air gets to the filament.
How did petrol bulb did not explode ? And did you forgot ? There is something like Death while filming petrol bulb with live electricity😅.Hats off to you bro ❤
Liquid petrol (gasoline and diesel) don't explode. Don't try it at home, but if you fill a cup with any, and put them on fire, which is difficult, only the surface will have a flame, and the liquid will sit undisturbed.
Probably the longest lasting would be one filled with silicone liquid such as Polydimethylsiloxane which does not boil at high temperature but vitrifies . The filament would then overheat and melt
People probably expected the petrol to explode but you need to realize, that petrol is not flammable. Petrol fumes are flammable but not petrol itself. It's just that when you let petrol sit in an open container at room temperature, fumes will form on top of the container and that's what you will see burning, when you put fire close to it, not the petrol itself and then the heat may vaporize more petrol and that keeps the reaction going. In the video, the hot wire was completely covered in petrol, which cannot burn. And even though the heat will cause the petrol to vaporize and create a lot of petrol fumes, those cannot burn either as they'd require oxygen to burn and there is no oxygen inside of the petrol. That's why cars only explode in Hollywood but not in reality. They can only go up in flames and slowly burn down, if petrol keeps leaking out of the car while the car is burning. The liquid petrol won't even burn and inside a petrol tank is almost no oxygen, so it's impossible for a tank to explode. The explosions in movies are made by putting a real explosive next to a plastic container of petrol and when the real explosive goes off, it first spreads the petrol all over the place as fine drops that will immediately vaporize due to the heat of the explosion and its fumes then go up in flames and that's the huge fireball you see in movies.
I remember when I was a kid, my dad would tell me that light bulbs can get damaged or break when put into water. It is because as a kid, I drew one of the light bulbs as a cartoon character telling the other light bulbs to take a bath. This was when I was 6 or 7 years old
Thank you for subscribe. And The petrol bulb couldn't explode because the bulb full with petrol, there is no oxygen inside the bulb and we know to make it explode it's need perfect combination of fule and oxygen
@@aleksije21febthen what do carburator do? Gasoline engine use an Electric spark to ignite the air fuel mixture unlike diesel engine that uses the heat produced by compressing said mixture to ignite it
you shouldn't have drilled the bulbs and then expose them to atmospheric oxygen and water vapor afterwards - that contributed to the filaments failing more quickly. Maybe do the experiment setup in an argon-filled glove box instead?
С бензином опасно, если бы лампа проработала секунд на 30 дольше. Многие не представляют, что может произойти даже при таком небольшом количестве бензина.
So when exposed to atmosphere you burn it out. As seen from the first one. Now if you can fill them and fix the top again sealing it that would be interesting and explosive likely. The water if you do it with distilled water it might burn for a while till the filament releases enough particles to short it. Truly distilled water won't mess up electronics. I used to work in a place that had super distilled water for nuclear stuff and dropped a drill in the water the drill kept going pulled it out by the cord and i worked perfectly good still!
Only in the earliest incandescent lamps was there a vacuum, and today still in those with low power (under 15 watts), later and to this day they contain a protective gas to inhibit the sublimation of the tungsten. Normally a negative pressure gas mixture of argon and some nitrogen is in incandescent lamps, with more expensive, more efficient krypton.
water failed faster than gasoline because water conducts electricity so even though there was liquid to help cool the filament it also allowed more electricity to flow.
The red one is not boling, the water is electrolytically decomposed (electrolysis), hydrogen and oxygen are produced (foam). can be confirmed by igniting the gas.
Ok - define "water" bulb! What type of water? Tap, spring, saltwater ? None of those will work. Because they are all conductive. Now, try again with PURE distilled water - i.e. ONLY H2O! Pure H2O is non-conductive, so it should work. Actually, your test should have tripped a circuit breaker by drawing too much current.
If you add polystyrene to the petrol and inject it into the bulb you'd have an napalm device. You've done it wrong by the way, you drill a tiny hole in the base and only inject enough fluid so that it's not touching the electrodes.
What will happen when you fill an incandescent bulb with *drink?* This is exactly the kind of FA/FO questions I have wondered before and here we get to see it!
I expected the water to be a dead short. It must be very pure water to insulate the flow of electricity more than the resistance of the filament. Frankly there’s something wrong with the energy drink for the same reason. I also sounded like there was no current limiting device on the energy drink which may explain some of it.
I've never taken any chemistry, so I'm just guessing. The first bulb with the air in it burned really bright due to oxygen increasing the heat in the filament until it burnt out from over heating. Oxidation of the filament in the water caused it to become brittle and break and it did the same in the fuel but slower due to having much less water moisture to oxidized the filament. The soda kept going because the carbon dioxide in it displaced the oxygen in the water to prevent corrosion of the filament from oxidation? I could be totally wrong. 🤣 I would love to hear from somebody who does know, just out of curiosity.
It's not clear on the goal. For the petrol bulb to explode, one would fill the petrol to below the filament then the filament would heat up potentially igniting the oxygen and petrol vapour to cause an explosion. As it was filled above the filament, there is no oxygen and so no ignition with the filament simply heating the petrol until fails.
makes sense and this proccess reminds me of combustion engines, so if there was some decent amount of oxygen on the petrol bulb it would explode instantly instead of slowly burning and releasing bubbles?
@@NullCyan It needs a correct air to fuel ratio and some compression to actually explode, otherwise it can burn slower. It will surely burn with a small amount of gasoline in the bottom and let it vaporize, but not for too long otherwise the vapors would take the air's space instead.
It appears that the petrol filament may have come loose from one of its supports.
@@Subgunman yes yes yes
The goal is simple: dude, what would happen if...
The lost one: electrolysis
Yep, it burned out instantly, but then the current went through the drink
I was thinking what if the water had salt in it... but then the energy drink answered that.
I figured that too.
plants crave electrolytes
It is a awesome video. All those liquids are water based (except petroil). Would ve Nice if You try baby oil, destilate water, aceton/alcohol, maybe even motor oil 😅.
Or just hydrogan and oxigen mixed in that bulb
Or lamp oil.
@@kiokayakwould be better... pure oxygen one. Pure hydrogen one, mixed one.
I think it would have been funnier with gunpowder, at least for RUclips viewers ;-)
Рядом друг с другом их включать явно не лучшая идея. А если бы какая-либо взорвалась, задев соседние? Ожидал, что с бензином рванёт)
Mineral oil would have been interesting
Can you try this again except have the petrol slightly below the filament? Great video though 👌
I can try again check this ruclips.net/video/A95hJ6-CJBE/видео.html
Next time fill one with nitro glycerin 😂
*click*
BOOOM
Nah, fill with Hydrogen gas.
@@may21136 you're worse than devil...
😂@@Basti_2290
@@may21136I did it guess what it didn’t do a single thing because there was no oxygen in the lightbulb and it just worked normally
3:16
Uh-oh the red energy drink is spilling off
I was waiting for it to short out and explode or something 😂😂😂😂
@@tejay9416actually it's boiling hot that caused the energy drink to spill off.
@@intelboydj1Not entirely. Remember that there may be a electrolysis going on producing hydrogen gas due to the disolved Ions.
Я ждал что будут подавать напряжение о нуля вольт и выше, а тут сразу на всю катушку включили 😂
Клёвый ,,кипятильник" с энергетиком
You should try filling up one of these bulbs with alcohol rubbing alcohol
Should he also use bulbs glassing bulbs
Why anyone would be inclined to perform such a feat is unfathomable, but it was interesting as well as dangerous.
Was completely pointless. And he's lucky the petrol didn't manage to light. This wasn't so much a science experiment as it was a "what dumb thing can I do for views" experiment.
Not really pointless, he demonstrated how a tungten filament fail in air, how it create blue tungsten oxide on water, how petrol is a bad conductor, and how energy drinks have enough salts to be a good conductor.
It's dangerous, but with a proper electrolysis setup, can be a good teaching element on chemistry/physics.
Considering the one with petrol had a broken filament. I’m gonna say nothing’s gonna happen in that one.
1:30 That specific "Energy Drink" is only a fancy juice to me~
I drink that everyday~
Even rn while commenting this~
Red Bulb gives you wings 😂
Next time use mineral oil 👍 thanks for sharing!!!
why every video that I watch "do not try at home" Thinking that each experiment will explode through my laptop or cellphone. Sometimes I hesitate to watch it straight through. Its like watching a horror movie LOL
Nice experiment. I suprised when bulb with energy drink did not burn
It seemed like electrolysis was so strong, that it was not enough current to burn the filament. Like more current went through the liquid than through the filament.
Salt content.
For my eyes it looks like it actually did burn, but the liquid conducts enough that it kept the current flow through itself only, while the filament dangles underneath.
Mineral oil NEXT
yup this would have been a good one with the transformer fluid
Your should try Blinker fluid next :p
what would happen if you plugged the holes after filling them?
I honestly thought he would..
They would probably burst and make a big ol’ mess. Especially the energy drink and the petrol ones. The petrol might start a fire after it burst and air gets to the filament.
@@deltab9768 ..That would be kool..
The air, petrol and drink ones would explode by the generated pressure if the holes were closed.
Изобрели кипятильник
How did petrol bulb did not explode ? And did you forgot ? There is something like Death while filming petrol bulb with live electricity😅.Hats off to you bro ❤
Liquid petrol (gasoline and diesel) don't explode. Don't try it at home, but if you fill a cup with any, and put them on fire, which is difficult, only the surface will have a flame, and the liquid will sit undisturbed.
Не было окислителя в жидкости!
Нужно было пороху насыпать туда
0:01 60Hz 사이렌
2:55 50Hz 백열전구 부하소리
You successfully turned your lightbulb into an electric kettle :D
I like the sheer commitment to completing this silly task. Subbed.😂👍😎
Very cool experiment 😎
На работе в холодильнике эти все экспонаты музея были у нас)
Бензин надо было наливать чуть недоходя до спирали и поближе лицо подставлять во время включения лампы! Глупые, всему вас учить нужно!
Ну ладно 😂
2:10 Water bulb chirped and blasted
That's Mythbusters' level of hilarious, especially the Petrol Bulb.
Probably the longest lasting would be one filled with silicone liquid such as Polydimethylsiloxane which does not boil at high temperature but vitrifies . The filament would then overheat and melt
People probably expected the petrol to explode but you need to realize, that petrol is not flammable. Petrol fumes are flammable but not petrol itself. It's just that when you let petrol sit in an open container at room temperature, fumes will form on top of the container and that's what you will see burning, when you put fire close to it, not the petrol itself and then the heat may vaporize more petrol and that keeps the reaction going. In the video, the hot wire was completely covered in petrol, which cannot burn. And even though the heat will cause the petrol to vaporize and create a lot of petrol fumes, those cannot burn either as they'd require oxygen to burn and there is no oxygen inside of the petrol. That's why cars only explode in Hollywood but not in reality. They can only go up in flames and slowly burn down, if petrol keeps leaking out of the car while the car is burning. The liquid petrol won't even burn and inside a petrol tank is almost no oxygen, so it's impossible for a tank to explode. The explosions in movies are made by putting a real explosive next to a plastic container of petrol and when the real explosive goes off, it first spreads the petrol all over the place as fine drops that will immediately vaporize due to the heat of the explosion and its fumes then go up in flames and that's the huge fireball you see in movies.
I remember when I was a kid, my dad would tell me that light bulbs can get damaged or break when put into water. It is because as a kid, I drew one of the light bulbs as a cartoon character telling the other light bulbs to take a bath. This was when I was 6 or 7 years old
Was the energy drink so much different from the water because of being more conducive? Also what was the blue in the water? I need answers
В четвёртой лампочке получился бульбулятор 😂😂😂
I expected the bulb with gasoline (petrol) to explode! How the frick did that not happen??? Besides, I'm your 420th subscriber!
Thank you for subscribe.
And The petrol bulb couldn't explode because the bulb full with petrol, there is no oxygen inside the bulb and we know to make it explode it's need perfect combination of fule and oxygen
@@Experimen201 Gasoline does not need oxygen to get ignited! Diesel does!
@@aleksije21febtop 5 smartest person
@@aleksije21febthen what do carburator do? Gasoline engine use an Electric spark to ignite the air fuel mixture unlike diesel engine that uses the heat produced by compressing said mixture to ignite it
Petrol ⛽️ bulb 2:32
you shouldn't have drilled the bulbs and then expose them to atmospheric oxygen and water vapor afterwards - that contributed to the filaments failing more quickly. Maybe do the experiment setup in an argon-filled glove box instead?
In which country is such a socket?
In India 🇮🇳
@@Experimen201 🤔 Thank You!
Video rất thú vị xin cảm ơn đã chia sẻ
Thank you
and the award goes to the energy drink 😂😂😂
Actually, you need high speed camera.
穴開き電球→すぐに吹っ飛ぶ
水入り電球→水が変色した
何？→燃えたって事は石油か？
エナジードリンク→炭酸ガスの効果か、すぐには吹っ飛ばずにグラグラと煮えてる
３番目はガソリンかな
в лампе с энергетиком обрыв спирали и идет электролиз
Nice experiment
С бензином опасно, если бы лампа проработала секунд на 30 дольше. Многие не представляют, что может произойти даже при таком небольшом количестве бензина.
If that petrol bulb would have been sealed, the video title would have been: 'How I burned half my face off and melted my dog'. 😂
Нужно было заливать дистиллированную воду, а в остальные её добавив смешать.
Нет мочи Слона.было бы забавно😂😂😂.
ИМЕННО мочи , ИМЕННО слона!:-)))
So when exposed to atmosphere you burn it out. As seen from the first one. Now if you can fill them and fix the top again sealing it that would be interesting and explosive likely. The water if you do it with distilled water it might burn for a while till the filament releases enough particles to short it. Truly distilled water won't mess up electronics. I used to work in a place that had super distilled water for nuclear stuff and dropped a drill in the water the drill kept going pulled it out by the cord and i worked perfectly good still!
Didn't expect the blue pigment from water, nor the petrol to boil.
Can you try with salt in petrol? Also try 300w so that filament would survive longer and release more heat?
the hell is the salt for? it won't even dissolve, petrol is nonpolar
@@tsm688Thought it would increase conductivity.
@@test-rj2vl unfortunately not, since petrol is nonpolar. The salt would just sit there like sand.
@@tsm688Tnx for clarifying, didn't know that.
For that experiment to work properly... the end one needs to be filled with F5 BP and FP on a 75/25 ratio..
I was expecting the petrol one to explode, or at least catch fire 🔥
Quite high quality bulbs with one having an extra filament dangling randomly._
love the videos ngl the music is kinda annoying tho feel like it would be good as a asmrish video
Bro was like: "if you put a energy drink into a light bulb will it give the light bulb more energy? 🤔"
It doesn't work without a vacuum (the normal incandescent bulb)
Only in the earliest incandescent lamps was there a vacuum, and today still in those with low power (under 15 watts), later and to this day they contain a protective gas to inhibit the sublimation of the tungsten. Normally a negative pressure gas mixture of argon and some nitrogen is in incandescent lamps, with more expensive, more efficient krypton.
Not so much as Vacuum as a lack of oxygen.
Oxygen and energy will melt metal.
Welding.@@Tag-Traeumer
water failed faster than gasoline because water conducts electricity so even though there was liquid to help cool the filament it also allowed more electricity to flow.
The red one is not boling, the water is electrolytically decomposed (electrolysis), hydrogen and oxygen are produced (foam). can be confirmed by igniting the gas.
*Is the energy drink creating hydrogen? It is energizing sodium. This isn't my major, though.*
Probably creating many salts and gases, mainly hydrogen and oxygen, but as it have other electrolytes, a bit of chlorine and organic compounds.
The last one is doing electrolysis. Not boiling.
The energy drink was boiling or was it making HHO ?
Ok - define "water" bulb!
What type of water? Tap, spring, saltwater ?
None of those will work. Because they are all conductive.
Now, try again with PURE distilled water - i.e. ONLY H2O!
Pure H2O is non-conductive, so it should work.
Actually, your test should have tripped a circuit breaker by drawing too much current.
O energético me surpreendeu, pensei q por ser a base de agua o resultado seria diferente
Nice water cooker/bomb
... and I thought that the one with energy drink would generate power to the mains ;-)
Water bulb is amazing blue reaction 😁
If you add polystyrene to the petrol and inject it into the bulb you'd have an napalm device. You've done it wrong by the way, you drill a tiny hole in the base and only inject enough fluid so that it's not touching the electrodes.
as the name suggests, Energy drink for energy lamp.
What you do when you have way too much time on your hands....
The electrolytes in the "drink" filled bulb basically turns into an hho generator.
Amazing liquid 💦 filled lightbulbs 💡
What will happen when you fill an incandescent bulb with *drink?*
This is exactly the kind of FA/FO questions I have wondered before and here we get to see it!
The air inside a lightbulb is pure nitrogen. If there was any oxygen, the filament would burn out immediately like the first lightbulb.
Don't they use argon?
@gaburieruR No. In neon signs, they use neon.
@@Kyleplaysgames567 not neon, argon, who's inert
It's a shame we didn't see how long before the energy drink failed
I expected the water bulb to work normally since the water would dissipate the heat.
And I expected the petrol bulb to go BOOM!
I expected the water to be a dead short. It must be very pure water to insulate the flow of electricity more than the resistance of the filament. Frankly there’s something wrong with the energy drink for the same reason. I also sounded like there was no current limiting device on the energy drink which may explain some of it.
I have a request, fill the bulb with nitrogen liquid, and the other bulb with Engine oil.
Ok I will
I've never taken any chemistry, so I'm just guessing.
The first bulb with the air in it burned really bright due to oxygen increasing the heat in the filament until it burnt out from over heating. Oxidation of the filament in the water caused it to become brittle and break and it did the same in the fuel but slower due to having much less water moisture to oxidized the filament. The soda kept going because the carbon dioxide in it displaced the oxygen in the water to prevent corrosion of the filament from oxidation?
I could be totally wrong. 🤣
I would love to hear from somebody who does know, just out of curiosity.
Интересно было-бы если бы вместо петроля, залил трансформаторное масло.
Когда то в юности то же страдал такой херьнёй. Так вот, пробовал трансформаторное масло, то же самое что и с петролем, только чють дольше "эхвект".
Water one whas satsfying
Try AC vs. DC current.
The energy drink just sounds like a heater lol!
2:11 Oh cool it made tungsten blue in the water!
It made popping sound and broke filament
@@intelboydj1 It did as well. They don't negate each other
@@redmadness265 it sounded as PRRR!!!! 💥💥💥
2:55
Sound like an electric motor, in general 50Hz.
El petróleo tiene la reacción más genial 🕶️👍
Would distilled water make a difference?
i wonder what mineral oil would look like with this, since computers work just fine completely submerged in it
Water is a good conductor in carrying electric current.
meaning God created electric eels, their electricity is for self-defense in water.
Subtitles knows only foreign, music and applause
Preformed?
Can you somehow do it with different gasses?
백열등임가?
Absolute mad lad.
Where is diesel bulb?
It can't be done. There's a partial vacuum in there and to introduce anything into it will break that vacuum, and it will fail
The last session was cut. The filament was broken just before power was applied.