First, please don't try to recreate anything you see in this video as anything involving fire can potentially injure you. Secondly to anyone saying that the sparkers wrapped in the tape is a bomb that's simply not correct if it's done anything like in this video. It is never going to explode with just a few wraps of tape and open ends. As soon as lit the tape just burns and both ends are open for gasses to escape. in order for there to be any potential for an explosion it has to be airtight and wrapped up many many many times. It would have to be done with intention, it's never going to happen accidentally. Any time you try to contain rapidly expanding gasses you have the potential for an explosion but that's not what's depicted in the video.
The red sparklers will blow up, trust me I use work at fire work stand I was 16. If you had added a bit more tape boom. The green and gold ones don't work. Remember to pull one out for wick.
@@SoundsLegit71 The red ones will blow up? How is that possible if the gasses are not contained in any way? by that logic then one single red one would also blow up. There are videos of people lighting thousands of sparklers together and no explosion. They can only explode if you fully trap the gasses which is not what I do here at all.
Yes Sparkler bombs are a real thing. I have made many of them. Duct tape a package worth, leave one extended. Light the extended on, when it hits the bundle BOOM! Will easily take a hand off, leave a crater in the ground & is easily lowder than a shotgun. Extremly dangerous. The standard silver colored on the wire, work just fine. There's no debating this, as I said, I have made +100 in all my 4th of July days. Yes, it's real, it works.
This is a reupload of an older video with a section removed due to demonetization. I've added a few new sections so I'm not just uploading the same video again. Apologies for not posting in so long! New video coming in around one weeks time. Thanks for watching!
The third jug effectively turned into a simple pulse jet... that was awesome as the fuel ignited and turned to thrust and exhaust it created a negative pressure in the jug which sucked in more oxygen for re-ignition a simple pulse jet engine!!!😁
One possible mistake - the 'candle pressure demo' at 10:06 may have a small amount of gas expanding and contracting, but the main reason the liquid is sucked into glass is that as the candle burns it uses up the oxygen, and the CO2 given out doesn't take up as much volume. This is what I was taught as a child, anyway!!
I was taught that the chemical reaction was the (main) reason as well, however I have no doubt temperature change also has an effect, and that both factors work to decrease the volume. I don't know what the relative strengths are. One interesting thing you can see is when the container first seals on the water surface, there are some bubbles that escape, which means that right then the gas is expanding. Presumably a bunch of air could leave, then as soon as it begins to shrink it would seal and draw water. Great vid, I especially like that you don't feel the need to put a bunch of filler in between 3 fast tricks.
You are right about the CO2 being produced, which takes up less volume, that's why the water rises, well that's what I was taught when we did the same experiment in science class, so we were taught the same thing, so it's got to be correct.
@@graybot8064 A thin layer of clear tape loosens up when hot, allowing a bit of expansion, so it just slightly contains the oxygen produced in the reaction of the burning sparklers and shields them from the cooling effect of the water, allowing them to continue burning under the water. If it's wrapped again with electrical or packaging tape (the stuff with nylon strings in it) it will not have room to expand, the reaction is confined and quickly explodes. Believe it or not, dynamite and c4 react the same way. They'll burn like a wax candle, but don't try to step on it to put it out, or they go boom in a big way.
@@FingerinUrDaughter Cold water perhaps, but certainly not ice. As you might have said, anyone who understands thermodynamics, and the specific heat of water, would understand why your assumption is incorrect.
Do the fire-nado trick, but spike the methanol with salt water (or suspend a salt water soaked cotton ball above the flames) and light the room with sodium lamps, and you'll have a twisting column of black fire.
When I was a young kid my dad ordered science kits every week. The gallon jug and egg trick was one of the first science experiments sent. But we used a stick match.
Fun tip. You can make the flame tornado trick work with fine-mesh steel. It interrupts air flow enough to allow the vortex to form. It isn't as tight as this one, but it will work if the air outside is calm. The steel of course won't melt, but it will still get hot enough to burn you.
10:15 I agree with what you say but in this instance there are two forces at work, the force that you have mentioned and the flames using up the oxygen within the glass tumbler. The liquid level will have risen to around 18% of the volume of the tumbler.
That first one would be amazing as a fire pit outside. "okay everyone gather round the fire pit!" *That's a fountain* "nope" >lights the water on fire "Fire piiiiiit!"
Back in the day, when you could smoke in restaurants, one of my friends and I always delighted in setting fire to amaretti biscuit wrappers rolled into a cylinder when we went to Italian restaurants. They behaved exactly like the teabags. I imagine people would have a fit if you tried that these days but in the 80s, no-one batted an eyelid.
"Gas expands when heated and contracts when cooled" True, but the candle burning in the glass is consuming the oxygen, and as oxygen is about 20% of the gas in the glass, it's mostly that which causes the fluid level to rise at the end. The expansion due to heating only drives a small amount of gas out of the glass in the early stages of the demonstration.
@@Arikayx13 I thought most folk would work this out, but here you are.... A third of the oxygen is converted to water vapour, which then condenses, hence the rise in the water level. Did you not know this? The equation is something like this. C25H52+38O2(g)⟶25CO2(g)+26H2O(g) Carbon dioxide is also soluble in water, so some of that won't be around to fill the space above the water in the glass, too. Lavoisier would be proud! The remainder of the rise in the water level is due to the expansion of the air during the initial heating. Does this complete the picture?
@@tasmedic If the water level is rising because oxygen is being turned to water vapor which is creating that much negative pressure, the majority of the rise should happen before the candles are out, not after. You can do the experiment yourself. Take a plastic bottle, dash in a bit of alcohol, shake, light, so you now have hot combustion products but no fire, place bottle upside down in a bowl of water, watch as the denser air pressure around it pushes air into the bottle.
@tasmedic, looks like you fell into the "Make a deliberate mistake in your video to drive more engagement in the comments" social media marketing trap.
@@tasmedic I changed my original reply, but I’m curious if you did the math or the experiment fully before acting smug? Or did you repeat what you were told, but smugly?
In the case of the Candle Pressure Demo is more like Oxygen % in air Demo, water rises due to the consumption of oxygen, there was no time enough to eat the air inside, specially with just one candle.
4:27 - *Correction - its a Ferrocerium pellet, not an actual chunk of actual flint. Sure it works in similar ways but produces more sparks with less friction then flint and why its more commonly used. In conjunction with a magnesium block used to shave off bits, the ferro rod is an excellent, water proof, sturdy, and reliable method of fire starting in any wildness or fire-starting situation.
9:40 I Remember doing something like this once with a bottle of Everclear that I had just finished. I don’t remember what I was expecting to happen, but I do remember that it startled me a lot.
Try wrapping about twenty-five or so of those metal rod sparklers up nice and tight with electrical tape and leave one sticking out. Light the single one and get the hell out of the way! It's an explosively good time!
butane bubbles don't go up in the stream, the stream is in freefall, so density doesn't apply. There's no up and down. The butane burns on the top probably just because turbulence in the bend of the water randomly pushes some of the bubbles to the surface.
I was thinking it was because the stream is solid until the bend and is being broken at that point letting the gas bubbles escape from the water stream. Otherwise why doesn't the flame travel back down the stream of water. 🤔🤷♂
@@CadillacDriver It's in freefall everywhere along its path. If you throw an object, the object is in freefall from the moment it leaves your hand to the moment it hits the ground.
@@therflash freeFALL. The top of an arc is not falling at all. Tell me, how is an object being propelled UPWARDS in freefall? How is this water "falling" before it arcs downward? Why does the gas only exit at the top of the arc? I'll answer for you. -Upwards is not freefall. -The water is not falling before it arcs over it's peak. -At the top of the arc the water is neither being propelled upwards or falling, so the more buoyant gas has an opportunity to escape vertically and burn off outside the water flow. As the gas and water are going upwards, there is no way for the gas to escape due to boyancy, because the water is going upwards also. There is always a neutral point in an arc where the object is not going up or down. Get it now?
@@CadillacDriver EDIT: since you edited your answer into a completely different comment, allow me to do the same. Freefall is defined as a state where no other forces except gravity and inertia are acting upon an object. It literally doesn't matter whether it's currently flying up or down or sideways or whether it's at the top of the arc momentarily not moving at all, it's still freefall. After it leaves the nozzle, the water is not being propelled at all , there's no force on it, it's only continuing to move under its own inertia You're confusing the everyday meaning of the word "fall" with the physics strict sense of the phrase "free fall". If you want to talk about physics, you have to follow words as they're defined in physics. Freefall means that the object is free to move into the direction in which gravity wants it to move. If you throw a ball up, it doesn't matter that it's moving up, it's still in freefall, since it's only up to gravity and nothing else, to arc it back down to earth. The entire time, until the moment it hits the ground, (assuming no air resistance) it's in freefall. It is all freefall according to the definition. Look into the vomit comet parabolic flight, you'll see that people are in freefall in it even though they're currently flying up. And in freefall, there's no weight, everything is weightless. And without weight, buoyancy doesn't work. ------------------ Original comment: The object is not propelled from the moment it leaves your hand, it's only affected by its own inertia and gravity. The water is not propelled from the moment it leaves the nozzle. That's also how vomit commet is able to create weightlessness - it yeets the people upwards and then flies a parabolic trajectory as if it was in freefall. Go look into some physics 101, or just put "free fall" into wiki, this is basic physics. And an object in freefall doesn't subjectively experience any gravity, thus there's no density gradient. The gas is escaping most likely due to there being a bit more turbulence at the top of the arc..
Ok. It’s official I’m a pyromaniac. I knew every single thing you were gonna do the second I saw you setting it up. Good stuff though. I still haven’t gotten the cyclone down yet.
I used to do the iso alcohol bottle whoosh one at 9:26 only with butane gas from a lighter when I was a kid. But with a much smaller beer bottle though. And it's not explained why the last iso bottle is doing the weird flickering flame thing? Is there just a different iso to air mix in the last bottle perhaps? 🤷♂ And I also used to do the red hot exploding flint one with old lighters as well. But just the one at a time. Not 30. That's a lot of old lighters😂
Check out pulse jets, they work in a similar fashion. Notice they all had some flames in after the big whoosh- well, if things are just right, after the whoosh the bottle will pull a little fresh air back in. This hits the flame front and provides more oxygen for the fuel. this makes the fire burn brighter, and you get a second whoosh out. Then, if the conditions are just right, it draws in again. more air, more flame, whoosh, draw. repeat. Notice it had a pretty stable frequency? It's a system in resonance that is oscillating under it's own power.
Be careful @2:22 because that's the way we used to blow things up with sparklers. The changed the formula years ago so it was quite a bit more difficult to do. But I dont know if they changed all of them.
First, please don't try to recreate anything you see in this video as anything involving fire can potentially injure you. Secondly to anyone saying that the sparkers wrapped in the tape is a bomb that's simply not correct if it's done anything like in this video. It is never going to explode with just a few wraps of tape and open ends. As soon as lit the tape just burns and both ends are open for gasses to escape. in order for there to be any potential for an explosion it has to be airtight and wrapped up many many many times. It would have to be done with intention, it's never going to happen accidentally. Any time you try to contain rapidly expanding gasses you have the potential for an explosion but that's not what's depicted in the video.
The red sparklers will blow up, trust me I use work at fire work stand I was 16. If you had added a bit more tape boom. The green and gold ones don't work. Remember to pull one out for wick.
I didn't whacht the whole video, but I think you should make it 11 fire tricks.
@@SoundsLegit71 The red ones will blow up? How is that possible if the gasses are not contained in any way? by that logic then one single red one would also blow up. There are videos of people lighting thousands of sparklers together and no explosion. They can only explode if you fully trap the gasses which is not what I do here at all.
Yep. Fireworks alone won't make a bomb. The ingredients are actually used in a type of heavy-duty welding by boiler makers.
Yes Sparkler bombs are a real thing.
I have made many of them.
Duct tape a package worth, leave one extended.
Light the extended on, when it hits the bundle BOOM!
Will easily take a hand off, leave a crater in the ground
& is easily lowder than a shotgun.
Extremly dangerous.
The standard silver colored on the wire, work just fine.
There's no debating this, as I said, I have made +100 in
all my 4th of July days. Yes, it's real, it works.
This is a reupload of an older video with a section removed due to demonetization. I've added a few new sections so I'm not just uploading the same video again. Apologies for not posting in so long! New video coming in around one weeks time. Thanks for watching!
Demonetization? Why?! ....man youtube is full of snowflakes
This is the first video I've watched from your channel, but I'm sure I'll watch dozens after that
@@laethather_818 Thanks!
Finally after 10 months the legend is back😎😎😎
@@zohaibtariq7351 your so right he is a legend
This channel is like "be amazed" or those other showcase channels, except this one ACTUALLY EXPLAINS WHAT'S HAPPENING! Love it!
Thanks! It's something I'm trying to work on with my new videos. Cheers!
The explanations are mostly wrong though...
@@anguskemmis62 then tell us what's wrong
@@Anton-cg7og the only one i can see is the flint, which is just ferrocerium, nothing special about it, but nothings explained either.
That channel has always been garbage. 😂
The third jug effectively turned into a simple pulse jet... that was awesome as the fuel ignited and turned to thrust and exhaust it created a negative pressure in the jug which sucked in more oxygen for re-ignition a simple pulse jet engine!!!😁
One possible mistake - the 'candle pressure demo' at 10:06 may have a small amount of gas expanding and contracting, but the main reason the liquid is sucked into glass is that as the candle burns it uses up the oxygen, and the CO2 given out doesn't take up as much volume. This is what I was taught as a child, anyway!!
try it with a heat gun instead of candles
Correct. I was going to point that out, but saw your comment. 😎
I was taught that the chemical reaction was the (main) reason as well, however I have no doubt temperature change also has an effect, and that both factors work to decrease the volume. I don't know what the relative strengths are. One interesting thing you can see is when the container first seals on the water surface, there are some bubbles that escape, which means that right then the gas is expanding. Presumably a bunch of air could leave, then as soon as it begins to shrink it would seal and draw water. Great vid, I especially like that you don't feel the need to put a bunch of filler in between 3 fast tricks.
Wax being a hydrocarbon, there is also water vapor given out from combustion. This water vapor would condense and contract quite a lot.
You are right about the CO2 being produced, which takes up less volume, that's why the water rises, well that's what I was taught when we did the same experiment in science class, so we were taught the same thing, so it's got to be correct.
Happy New Year 2022!💖💖 And love to see you back after almost 10 months, please try to make your video more frequently, they are just awesome💖💖
Thank you! Will do!
Let me know which one you like best?
00:10 - Fire Fountain
01:20 - Fire Piston / Syringe
01:53 - Underwater Sparklers
03:27 - Relight Candle Trick
04:20 Exploding Flint
05:44 Fire Tornado
07:28 Bottle Rocket
08:24 Floating Tea Bags
08:54 Wire wool VS Battery
09:24 "Bottle Whoosh" Experiment
10:06 Candle Pressure Demo
10:33 Glass bottle VS Egg Pressure Demo
fire fountain also works if you mix in 25% petrol!
The underwater sparklers is fucking stupid. I did this as a kid, using electrical tape and it explodes all at once like a bomb! Do not do it!
@@graybot8064 A thin layer of clear tape loosens up when hot, allowing a bit of expansion, so it just slightly contains the oxygen produced in the reaction of the burning sparklers and shields them from the cooling effect of the water, allowing them to continue burning under the water. If it's wrapped again with electrical or packaging tape (the stuff with nylon strings in it) it will not have room to expand, the reaction is confined and quickly explodes. Believe it or not, dynamite and c4 react the same way. They'll burn like a wax candle, but don't try to step on it to put it out, or they go boom in a big way.
#1 is obviously fake to anyone who knows the basics about butane knows that it would be freezing ice pellets in that stream, not shooting gas bubbles.
@@FingerinUrDaughter Cold water perhaps, but certainly not ice. As you might have said, anyone who understands thermodynamics, and the specific heat of water, would understand why your assumption is incorrect.
I'm trying EVERY ONE of these at home!
Do the fire-nado trick, but spike the methanol with salt water (or suspend a salt water soaked cotton ball above the flames) and light the room with sodium lamps, and you'll have a twisting column of black fire.
I used to do the single flint trick when I was a kid. Be very careful if you wrap sparklers in tape just make sure to NOT wrap the handles.
The legend is back love your vids keep them coming wouldn’t mind see the face behind the experiments could we see a glimpse one day ?
The multiple sparklers and tape was the best science trick I have ever seen on youtube! Slow motion sealed the deal! Thanks for sharing!
The man the myth the legend is back would love to see the genius behind this unless he’s got teeth like roger rabbit
That was a lot of fun to watch. Thanks!
When I was a young kid my dad ordered science kits every week. The gallon jug and egg trick was one of the first science experiments sent. But we used a stick match.
i will in fact be trying all of these at not only my home, but the homes of whoever takes me in after mine inexplicably burns down
This will be my last forum post, ever, anywhere...I am about to try all 12 of these at home, back to back. Pray for Omarion.
9:53 The left bottle keeps pumping in fresh air and re-igniting. It's probably hot from earlier burns.
The sparklers are a great way to pollute water really fast.
Finally the scientists is back with fire 🔥🔥
Fun tip. You can make the flame tornado trick work with fine-mesh steel. It interrupts air flow enough to allow the vortex to form. It isn't as tight as this one, but it will work if the air outside is calm. The steel of course won't melt, but it will still get hot enough to burn you.
You came back! Love your content
Thanks for the exploding flint. Now I can make missiles! 😏
Telling me don't try this at home means I'm totally going to try this at home 😂
wrapping them tightly with 1 hanging out like fuse will BOOM like no ones business! lol not safe to hold 4 sure! lol
Be ready for the glass to break suddenly and ...... shattered splinters to go fast into....whatever.
@@wombat.6652 that was my first thought as well
@@kenwelch198 Yeah I was cringing in anticipation with a lot of these.....glass splinters in eyes - my private nightmare.
Amazing, can't wait for more! This channel rocks 😎
10:15 I agree with what you say but in this instance there are two forces at work, the force that you have mentioned and the flames using up the oxygen within the glass tumbler.
The liquid level will have risen to around 18% of the volume of the tumbler.
That was some really cool schtuff...Gonna share it with some Grand kids ( with an appropriate disclaimer)
HAPPY NEW YEAR ❤️❤️
How many days after....... 🥰🥰
❤️❤️❤️❤️❤️
Love from INDIA 🇮🇳🇮🇳🥰🥰
That first one would be amazing as a fire pit outside.
"okay everyone gather round the fire pit!"
*That's a fountain*
"nope"
>lights the water on fire
"Fire piiiiiit!"
Glad to have you back. As usual, here's your like
I love the colorful fire
Thanks for likeing
I don't know when I subscribed yo channel, but seeing your video on subscription tab made me happy :)
A side note: N°2 - the fire piston, that is exactly how a diesel engine works.
So glad to see you back!
The slo-mo of the underwater sparklers is very interesting. you must be Australian, no one else in the world GAS about Sparklers lol.
Steel wool is my favorite. I discovered this by accident when I was a kid. I was cleaning rust off of my Lionel train tracks with the power on.
Back in the day, when you could smoke in restaurants, one of my friends and I always delighted in setting fire to amaretti biscuit wrappers rolled into a cylinder when we went to Italian restaurants. They behaved exactly like the teabags. I imagine people would have a fit if you tried that these days but in the 80s, no-one batted an eyelid.
Thanks so much for sharing. 😉👌🏻
Nice video 🥰🥰🥰
Love From Bangladesh ❤️❤️❤️🇧🇩🇧🇩🇧🇩
Excellent video. Thanks for making it. Why its not over a million views is a mystery.
"Gas expands when heated and contracts when cooled"
True, but the candle burning in the glass is consuming the oxygen, and as oxygen is about 20% of the gas in the glass, it's mostly that which causes the fluid level to rise at the end. The expansion due to heating only drives a small amount of gas out of the glass in the early stages of the demonstration.
Oxygen isn’t consumed, it’s converted into the gas CO2.
@@Arikayx13
I thought most folk would work this out, but here you are....
A third of the oxygen is converted to water vapour, which then condenses, hence the rise in the water level. Did you not know this? The equation is something like this.
C25H52+38O2(g)⟶25CO2(g)+26H2O(g)
Carbon dioxide is also soluble in water, so some of that won't be around to fill the space above the water in the glass, too.
Lavoisier would be proud!
The remainder of the rise in the water level is due to the expansion of the air during the initial heating.
Does this complete the picture?
@@tasmedic If the water level is rising because oxygen is being turned to water vapor which is creating that much negative pressure, the majority of the rise should happen before the candles are out, not after.
You can do the experiment yourself. Take a plastic bottle, dash in a bit of alcohol, shake, light, so you now have hot combustion products but no fire, place bottle upside down in a bowl of water, watch as the denser air pressure around it pushes air into the bottle.
@tasmedic, looks like you fell into the "Make a deliberate mistake in your video to drive more engagement in the comments" social media marketing trap.
@@tasmedic I changed my original reply, but I’m curious if you did the math or the experiment fully before acting smug? Or did you repeat what you were told, but smugly?
In the case of the Candle Pressure Demo is more like Oxygen % in air Demo, water rises due to the consumption of oxygen, there was no time enough to eat the air inside, specially with just one candle.
You can measure that the decrease in volume is always about 20% (air is ~20% oxygen). The resulting carbon dioxide dissolves in the water.
Loved the Fire Fountain, take my money
9:54 😂loved that '?' moment 😆
4:27 - *Correction - its a Ferrocerium pellet, not an actual chunk of actual flint. Sure it works in similar ways but produces more sparks with less friction then flint and why its more commonly used. In conjunction with a magnesium block used to shave off bits, the ferro rod is an excellent, water proof, sturdy, and reliable method of fire starting in any wildness or fire-starting situation.
The Doors should have had you as their stage manager. Light my fire.
Finallyy !!!!! after so long! :))))
Thanks for the heart❤️
the intro is too funny, i cant even watch the video without replaying it like 50 times
7:14 Cool Red Flame Tornado. 😎👍
Seeing after a long time
amazing, I love fire tornado
The butane does not float - the stream is in free-fall. It escapes because the stream breaks up into drops.
Did the flint trick back in 1988 on the school bus . Didn't go over well lol
Best crafts channel on yt rn
Can’t wait to try all these on my living room carpet and be shocked when my house burns down
Very nice video!
You deserve WAY more subscribers
I want see you gething out that egg in parts from that glass jug ;D
Thank God you are still alive🤣😘
We used to do things like this when we were kids back in the 1960's and 1970's
Amazing to watch and instructional as to how some fires can be accidently started.
Greetings fellow robot.
@@Wyi-the-rogue Meep meep what's up!
I clicked cuz it said "do not try at home" so I did. With fire tornado you should try creating many Different colors with different elements.
Hey bro long time no see....!You Always come with good stuff
Thank you bro
All so cool 😎,, guess next video should be how to get the egg out the bottle 😮
Wow. Love the candle one
beautiful
Awesome "tricks". Love your video!!!! I definitely have to sub😁👍!!!!
10:11 - i can't believe you found this quantity of period blood to make all this. It's crazy. The human body amazes me!!
9:40 I Remember doing something like this once with a bottle of Everclear that I had just finished. I don’t remember what I was expecting to happen, but I do remember that it startled me a lot.
As a kid I did the same thing using starting fluid [either] and a 2-liter bottle or a plastic Sparklets jug.
Very beautiful and interesting
Thank you for the share my friend
Fun. Thanks. Nice editing
some of these are tried and true prepper skills.
They sell fire pistons online and in stores as a method of fire starting. I was thinking about getting one or two.
You can build them with PVC pipe, copper pipe, a wooden dowel, and really a variety of materials, and they work.
Welcome back
Try wrapping about twenty-five or so of those metal rod sparklers up nice and tight with electrical tape and leave one sticking out. Light the single one and get the hell out of the way! It's an explosively good time!
It amazing that so many of us use to do this. Maybe why those types of sparklers are harder to find these days.
butane bubbles don't go up in the stream, the stream is in freefall, so density doesn't apply. There's no up and down. The butane burns on the top probably just because turbulence in the bend of the water randomly pushes some of the bubbles to the surface.
I was thinking it was because the stream is solid until the bend and is being broken at that point letting the gas bubbles escape from the water stream. Otherwise why doesn't the flame travel back down the stream of water. 🤔🤷♂
Lol what? It's not in freefall at the top - exactly where it's burning off...
@@CadillacDriver It's in freefall everywhere along its path. If you throw an object, the object is in freefall from the moment it leaves your hand to the moment it hits the ground.
@@therflash freeFALL. The top of an arc is not falling at all. Tell me, how is an object being propelled UPWARDS in freefall? How is this water "falling" before it arcs downward?
Why does the gas only exit at the top of the arc?
I'll answer for you.
-Upwards is not freefall.
-The water is not falling before it arcs over it's peak.
-At the top of the arc the water is neither being propelled upwards or falling, so the more buoyant gas has an opportunity to escape vertically and burn off outside the water flow.
As the gas and water are going upwards, there is no way for the gas to escape due to boyancy, because the water is going upwards also. There is always a neutral point in an arc where the object is not going up or down. Get it now?
@@CadillacDriver
EDIT:
since you edited your answer into a completely different comment, allow me to do the same.
Freefall is defined as a state where no other forces except gravity and inertia are acting upon an object. It literally doesn't matter whether it's currently flying up or down or sideways or whether it's at the top of the arc momentarily not moving at all, it's still freefall.
After it leaves the nozzle, the water is not being propelled at all , there's no force on it, it's only continuing to move under its own inertia
You're confusing the everyday meaning of the word "fall" with the physics strict sense of the phrase "free fall". If you want to talk about physics, you have to follow words as they're defined in physics.
Freefall means that the object is free to move into the direction in which gravity wants it to move. If you throw a ball up, it doesn't matter that it's moving up, it's still in freefall, since it's only up to gravity and nothing else, to arc it back down to earth. The entire time, until the moment it hits the ground, (assuming no air resistance) it's in freefall.
It is all freefall according to the definition. Look into the vomit comet parabolic flight, you'll see that people are in freefall in it even though they're currently flying up.
And in freefall, there's no weight, everything is weightless. And without weight, buoyancy doesn't work.
------------------
Original comment:
The object is not propelled from the moment it leaves your hand, it's only affected by its own inertia and gravity. The water is not propelled from the moment it leaves the nozzle.
That's also how vomit commet is able to create weightlessness - it yeets the people upwards and then flies a parabolic trajectory as if it was in freefall.
Go look into some physics 101, or just put "free fall" into wiki, this is basic physics.
And an object in freefall doesn't subjectively experience any gravity, thus there's no density gradient. The gas is escaping most likely due to there being a bit more turbulence at the top of the arc..
after the underwater sparkler show is over, you have a nice warm cup of tea loaded with various minerals!
drink it, and your eyes will sparkle
all thru your funeral
Finally u remembered u have a yt channel
We used to do pretty much all these tricks 50 years ago.
Keep making cool videos. Lots of love form India
I was wondering why there was a spike in house fires about a year back.
I'm going to try these 12 tricks, AT HOME!. 😂
9:57 you accidentally made a pulse jet motor for a few seconds....thats cool!
10:00 you made the simplest pulse jet enjine integza will be proud of you
The flint one we used to always do as kids lol. (I'm nearly 50)
I've seen the first one in a basement flood once!
I am DEFINITELY going to try most of these at home.
(Outside)
Make sure it is if you are going too :)
that burning water is awesome.
I'm trying this.
That glass bottle and egg experiment is the same way they get the boats in glass bottles. The more you know.
Awesome photography.
I need a fire fountain now
O myyy god this is dream !!
Ok. It’s official I’m a pyromaniac. I knew every single thing you were gonna do the second I saw you setting it up. Good stuff though. I still haven’t gotten the cyclone down yet.
Not just wax though works on most smoke, a product of unfinished combustion.
these are crazy
I used to do the iso alcohol bottle whoosh one at 9:26 only with butane gas from a lighter when I was a kid. But with a much smaller beer bottle though. And it's not explained why the last iso bottle is doing the weird flickering flame thing? Is there just a different iso to air mix in the last bottle perhaps? 🤷♂ And I also used to do the red hot exploding flint one with old lighters as well. But just the one at a time. Not 30. That's a lot of old lighters😂
you can buy flints for zippos
Check out pulse jets, they work in a similar fashion. Notice they all had some flames in after the big whoosh- well, if things are just right, after the whoosh the bottle will pull a little fresh air back in. This hits the flame front and provides more oxygen for the fuel. this makes the fire burn brighter, and you get a second whoosh out. Then, if the conditions are just right, it draws in again. more air, more flame, whoosh, draw. repeat. Notice it had a pretty stable frequency? It's a system in resonance that is oscillating under it's own power.
Fantastic ideas!
Be careful @2:22 because that's the way we used to blow things up with sparklers. The changed the formula years ago so it was quite a bit more difficult to do. But I dont know if they changed all of them.
The green and gold ones are safer. If someone uses the red ones tho they could have a bad accident.