Will Helium Filled Balloons Float or Sink In a Vacuum Chamber?
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- Опубліковано 19 вер 2024
- In this video, I test whether or not a helium balloon will float in a vacuum chamber. Helium balloons float because the helium inside them is less dense than the air around them, so gravity pulls down the air around the balloons more than the balloons, so this makes the balloons float. But if you remove the air, or make it less dense, then the helium inside will be denser so that the balloon will sink. Let’s watch if this really happens in real life!
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Flat earthers in the comments can't decide if this is supposed to prove their delusion, or if it debunks it, so some of the people are calling it fake and the other part is saying because of that demonstration gravity doesn't exist. A perfect psychological demonstration of cognitive dissonance - draw literally any conclusion, if it only alligns with your worldview.
well this helped me shut some people up today..
Thanks a lot
You just disproved a flat earther.
Aether... is just helium has higher density than aether. Density is a relationship, in this case vacuum is only the absence of air, but not taking aether in consideration.
@@juliomancoDensity is simply how much mass is in a certain area. You 1st have to figure out what causes mass to have a weight.... And don't say aether because if it was then that means aether makes up all weight and all densities..... sooo. Yea
No this just proved that we live in the firmament.
Right ,the atmos would disappear into the vacuum of space and the oceans would boil.off.
@@CBALLENnope. The gravity of the earth keeps its atmosphere in place, which maintains pressure at sea level. This is also why pressure decreases as you move farther from sea level.
hi hydraulic press action, you are my favorite press channel. not because you just press stuff and react off of it, you take a look at what happens with a deeper analysis. you also do great vacuum chamber videos with the same template, and I like that about this channel. thanks for making videos, you're awesome!
light shut up.
how adorable honesty OP comment
That Banana You shut up.
Yuvraj Dhruw You shut up to.
light same for me.
3:33 loool that should go viral
Why?
Pro Player 1⃣
A grown man sucking helium in his mouth should go viral?
Well you are definitely a globe Earth believer that's for sure.
Pathetic
VØRTEX ツ
Yes round like a coin
Your channel rocks!
thanks!
OMG PLS NOTICE ME
lol the outro!
Ali_Army107 yeah lol
Ali_Army107 lol 😂😂😂😂 I wish he keep as outro
Ali107
Are you guys serious? A grown man just inhaled helium for probably his hundredth time in his life and faked laugh the entire time, and to you this is hilarious?
hey thank you
You are quick!
Hydraulic Press Action put ice in the chamber please
Basic knowledge of how densities and buoyancy work is all that's needed to say they won't float.
Helium floats because it's less dense than air, no air no buoyancy, basic stuff.
Aisha Love You don't even need to explain it
That's the same as saying "it just goes down".
Thank you for the explaining :)
AMPed101 First of all, there is no micron gauge that proves exactly how deep of a vacuum the vacuum chamber is in, second of all, helium is only lighter than air. if you remove most of the air the medium that is left (the balloon) pushes down on the helium because it is heavier than the gas.
Ya but I am not as smart as you
I heard there are people that don't believe in gravity...can we show them this video and let them explain what kind of witchcraft they think this guy is doing xD
No matter what you show them... they just will deny it with all his might!
Quite ridiculous!!!
Denying reality! XD
Dragos can you prove ,,gravity,,???? what creates it? how it works? how gravity can hold trillions of liters of water but you still can jump in the air,huge waves have been seen on sea, birds can fly, balloons can fly how do you explain that?
adrian aghitoaie
In this video gravity is proved!!
Without air, gravity pull down the ballons!!
Gravity is the curvature of the time/space and its created by big masses of matter!!
There are tones of videos explaining how it works and why it can pull down oceans!
Because at more mass, objects tend to gather, andy earth is enough massive to pull oceans to itself.
What you are missundrrstanding is that humans cant escape the earth's gravity! You just can jump a couple of metersn but gravity reach thousands of kms, birds are the same, they can fly because they are adapted to move through the fluid called air, but cant go far from a couple of kms high!!
If you cant understand gravity, go to school to learn what it is!
Btw, whether you understand or not gravity, it wont make it false!
John Jonson can you define gravity? what cause it? how it works? why birds can fly and the clouds float , i can jump in the air and can you prove ,,space,,??????? mass does not attract mass
adrian aghitoaie
I hace already done that!! Just read again, if you cant understand that basic lvl, then you are a lost case!
And yes, matter does!!
Try to look cavendish experiment! (Though i bet you are not able to understand that experiment).
In this video he has proved gravity!
Sure, the helium filled balloon has more buyancy than the air, enough to counteract the force of gravity (which is a fairly weak force to begin with).
So when you put the balloon in a vacuum chamber, you nulify the buyancy factor. THEN the gravity has full control of the objects, thus pulling them down.
Sure, the helium filled balloon has less density than the surrounding medium. So when you put the balloon in a vacuum chamber and remove the surrounding medium the balloon becomes more dense than the surrounding medium.....nothing to do with Grabitty. Which Grabitty are you referring too ? Newtons or Einsteins?
@@billywazza6911 Yes, the baloon is more dense than the vacuum (absense of matter, after all).
But what gives the object its vector (force with magnitude and DIRECTION)?
There is something dictating that the baloon must go DOWN. What is it?
We absolutely know it´s NOT because of density, because density doesn´t define vector.
Density is simply how much matter exixts in a given physical space.
A ball of paper is more dense than a sheet of paper, because the same matter is concentrated on a much smaller physical space.
But nothing in there defines which direction both the ball and the sheet must go in a free fall.
The vector is coming from something else.
@@TheNightshotBR Would that be bendy space time?
@@billywazza6911 Spacetime. One word.
Whatever the name you use for it, it´s a FORCE. It has a magnitude and it has a direction.
If the name "gravity" hurts your sensibilities, you can use whatever name you want.
But both the magnitude and the direction of this force are well known and beyond dispute.
@@TheNightshotBR One word...zero science.
Cool video I enjoyed it . I wonder is there a way to shine any light through the vacuum chamber and illuminate the helium? That way you would definitely be able to see if the helium after the balloon pop was truly on the bottom or if it went out with the vacuum. Perhaps there's already a video like this if not it would be interesting to see you do one. Thanks for the video.
So much science going on in this video, I love it.
Before I watch it
No it won't, the reason it floats is because it is buoyant and less dense than the air, take the air away and it won't float...
It's like a ball in water, it floats in the water, if you take the water away, it won't float
but what pulls it down?
@@cappiecappie770 gravity
I find it interesting to watch that balloon pop and not make too much noise aside from a squeak, perhaps due to the vacuum not being able to carry noise as easily
Take that, flerfs!
What this proves its density. The balloon falls because its more dense than the nothingness surrounding it.
@@Rachie-nj3oi Yes, and its downward 9.8m/s^2 acceleration is due to gravity. Right, Desertphile? Without gravity, there is no down.
@@Rachie-nj3oiwhat causes it to fall? Newton's first law of motion dictates that an object at rest will remain at rest until acted upon, what is acting upon the balloon)
@@Dogthedeadly this was back in my misunderstanding days when I learnt gravity wasn't a force. So probably best not to quote newtons first law, especially to a flerf who knows gravity isn't a force. The reply you would get is well newtons first law says you need a force, gravity isn't a force therefore its not gravity.
Makes sense, but misunderstanding there, especially when it comes to fictitious forces and the curvature of spacetime aka gravity.
@@Rachie-nj3oi the point of quoting Newton's first law is to reveal that they don't have any force to point to.
+Hydraulic Press Action Yes! You found a way to do the experiment. Very glad to see. It happens just as we expected, except the static electricity and loss of helium haha. But hey, what you did at the end there reminded me of an experiment I always wanted to do with helium. Apparently, it is a myth that helium raises the pitch of your voice. Rather, helium changes the timbre and emphasizes the higher harmonics in the vocal cavity, which makes your voice sound higher. I always thought it would be cool to test this by singing into a tuner while helium is in your lungs. The only thing is, I guess you might not think it's interesting enough for a vid
Yeah I tried all sorts of things with bags and the mylar balloons before finally the water balloons worked! That is interesting about he helium and your voice, I'll have to do some more research on that and #1. see if it is true:) #2. Think of a cool way to show it!
Cool. Well hopefully there will be a nice way to show it
Please try and block of Swiss Cheese in your vacuum chamber next!
It’s not the helium thats going down but the latex balloon that’s going down in the vacuum but thanks for the demonstration.
An airship made out of a vacuum... You just blew my mind a little on that one. Too bad the housing for such an airship would be too heavy... Or would it???
wow loved it and loved you having your own party with the helium voice, lol too funny!
+Momma O 😂
that's the first time I've ever seen a balloon have a seizure
You should put carbonated water into the vacuum
BenTheBoss24 he did
I haven't watched the video yet.
I'm guessing it's gonna sink!
This is a perfect illustration of what gravity is!
Density and buoyancy!
+Sparkymax L No, it's a perfect illustration of how gravity causes buoyancy...please tell me you aren't a flat earther!!
It's a perfect illustration that gravity does not exist. Helium is only buoyant if its displacing on a higher density which is air. You put it in vacuum and take away the air of course it will sink.
Zero Mind Density doesn't exist without gravity because density is the mass of an object divided by u it volume you can't have mass without gravity because the two are interchangeable.
Zero Mind
You get it wrong!!
Why objects fall?
FEs: cuz density! Air push all down! if its heavier.
Well, no air, no density! What pull it down?
A: GRAVITY!!!
Without gravity, objects just flout any direction, just like cannon balls in space!
And even in vacuum, objects flout cuz density have nothing to do with pulling objects down!
i wouldn't say it doesn't exist... it more like it doesn't mean much without.... without gravity any object no matter how dense it is wouldn't fall
Found this myself when " arguing " sorry debating a Flerfurbate.
Do you have an angle that shows the pressure gauge in the shot? Or could you do another one with helium balloons with the gauge in the shot? Really like all your videos. :)
Eat that flat earthers!
How do flat earthers explain this phenomena?
God did it. Or NASA is lying.
When I begin to think about my life and everything it's represent 2:07
Great experiment!
I always love your channel especially when it comes to a vacuum
After removing the air in the chamber it looks to me it also removed helium from the balloon cause it’s a lot smaller after the experiment and no longer rises as fast as it did before the experiment. Thanks for video!
Hi Hydraulic Press Action, just a suggestion: maybe you could give the audience a chance to mute the video, when you tell the result of the experiment to avoid spoiling, so you can think about it and find out what happens during the experiment, or what will happen. After the experiment you just explain why this happens. Therefore you can choose to spoil yourself or not, if you already know what happens.
Sorry for my English :P
And great work! Its fun to watch (same words here as "light" already said).
I thought it would be more buoyant in a vacuum instead?... This proved me wrong!.
This was an awesome short vid.
I think this could be better by eliminating the static variable (perhaps use humidified air to repressurize?), and doing some repeatability tests while showing the pressure gage.
Perhaps adding some tests of almost neutrally buoyant objects in water too?
it's SUPER STRONG ballons !
I never considered helium balloons in a vacuum, interesting experiment!
Nice video... but I didn't understand why that balloon not floated in vacuum chamber after releasing air?
+Gaurav Bondale just because of the static electricity sticking to the chamber wall. Like rubbing a balloon on your hair makes it stick to the wall
ok got that now, Thanks for replying :)
Not really correct with the explanation of buoyancy.
In this case it falls simply because the water sticks to the balloon and it's enough to weight it down past the neutral buoyancy point for that balloon and gas combination. Each object has it's own buoyancy in air and water, every balloon is different, some will require more or less water to bring them into negative buoyancy
If the atmosphere was 100% (or actually 75% because balloon rated helium is not pure helium to prevent people dying when they inhale it as a gag) hydrogen, which is much lighter than helium. Then the helium balloon would sink because it's more dense than the atmosphere.
But if the surrounding atmosphere is, like air is, more dense than helium, the helium will float. Lighter things float in denser things.
Hope this helped clear things up for confused people
Very informative
Have you thought of weighing the vacuum chamber before, during, and after creating a vacuum?
Oh man that was good! I like how the balloons elongated when they expanded, rather than enlarging in all directions. I assume that is because the shape of the balloon directed most of the expanding gas to the ends. Really cool content and a helium voice is always a good laugh. I was wondering, by the way, have you ever crushed neodymium magnets in your hydraulic press? If not, I think it would be interesting to see if the resulting debris would retain a magnetic field or if it would collapse.
gotta love his outro's
Balloon with Helium trailers on a small magnet to the top of the vacuum vessel. Check if it will fall as fast as another object, eg a ball dropped at the same time.
Very cool experiment! I am thinking about a hybrid helium/hot-air balloon with an ultra-light prop for navigation.
Levitation by vibration resonance. Helium have the highest frequency and lowest density. The firmament upper layer is gas helium the layer below is superliqued helium.
We live on a (“magnetic”)vibration pressure propulsion attraction field, almost at the core⚡️⭕️⚡️
Energy is a pressure force field by the differentiation between 2 sides in occurs a movement by the surrounding vibrations fields.
And this is what would happen to the people in those silly space suits.
What do you mean by that?
2:00 when the special kid has a seizure
To anyone who has not seen this video you yes you! you already know why helium filled balloons don't float in a vacuum because when you toss a piece of wood into an empty swimming pool yes it goes to the bottom take a airtight cube and put a helium filled balloon inside the balloon will float because the air filling the cube is denser than the helium gas in the balloon remove the air from the cube and the helium filled balloon will sink to the bottom.
Question: Who actually needed this test to know that helium balloons don't stay up in a vacuum?
Actually I wanted to know if they'd burst before sinking or after.
Flat Earth believers. They say there is no gravity and a helium filled ballon floats because it is just thin enough to float.
@@ThePauloVJCastilho The video demonstrates that the attractive force hypothesis is flawed. The helium balloon goes down only when it becomes heavier than its surrounding medium. Once the experimenter opens the vacuum chamber the balloon is reintroduced to heavy air, and being lighter than it, the helium filled balloon rises. If allowed to keep rising in the sky (assuming it doesn't pop), it would reach gases in the air of equal density, whereby it would float. You can replicate this by filling a balloon with just the right amounts of helium and air and watch it levitate in place, neither rising nor falling. How can this be with a pulling force acting upon all mass?
@@lembas. What do you suppose is the acting force that makes the helium balloon _heavier_ than the surrounding medium in a vacuum?
Helium creates lift. If lift and gravity are in equilibrium it will levitate in place. Like an aircraft trimmed for level flight.
@@ThePauloVJCastilho, yes, I came here to say flat Earthers. You beat me to it. Yes, "a helium filled ballon floats because it is just thin enough to float" is exactly the sort of thing they say, well observed.
so gravity realy work in space, huh..weird
Cash
whay pull objects down in vaccum?
Density isnt enough!!! Hahahaha!!
You are so funny!
Love the way you do this kind of channel but you need to make a sound proof box for that pump lol so loud.
You have saved our lives... we are eternally grateful.
Like if you know this line.
I have a question.. we KNOW the balloon itself is heavier than air and of course would sink due to buoyancy and density alone in a vacuum chamber because there is no air But.. if we popped the balloon inside the vacuum chamber, what will happen to the helium molecules? Will they rise or sink - this hasn't been tested. Can we test for that with helium perhaps that is dyed?
The helium should just spread out evenly and uniformly fill the chamber. The chamber is not nearly tall enough to reflect it, but theoretically, gravity will cause the density of helium at the bottom of the chamber be slightly higher than at the top.
That's an interesting answer. I expected the answer to be all the helium molecules settled to the bottom due to gravity. How can any of them not sit exactly on the bottom - there is no air so those molecules should not float at all. If any molecules are suspended even in a vacuum, this tells me there's is more than gravity working here. Thank you for your opinion. I guess we'll just have to wait till someone can get dyed helium and try it.
Your right, there is more than gravity going on here. One of the physical properties of a gas is that it expands to fill it's container. Even though everything else in the tank comes to rest, the helium atoms themselves will remain in constant motion, and so they constantly bump into each other and off the walls of the tank. The temperature of a gas is actually a product of the kinetic motion of it's atoms. Higher temp = atoms moving faster, and lower temp = slower. Theoretically, the helium atoms would stop moving around if chilled to absolute zero and then come to rest on the container's bottom, just like the balloon does. The problem is that chilling something to absolute zero is currently impossible, although science allows us to cool things to very very nearly that unimaginably cold. Scientists theorize that if we were able to achieve absolute zero, subatomic particles would finally stop moving too, causing atoms to not just stand still, but actually disintegrate!
If the pressure of balloon rubber were negligible then it would always float. This is how the the meteorology balloons work, you can make it up to 35km where there is nearly vacuum, I have did that twice.
They are made from very soft rubber, that makes only tiny pressure on the gas inside. Large diameter also helps to reduce the pressure of the rubber itself.
Flat-Earthers going like: "What!?"
That's awesome. thanks for doing that. I always wondered.
Right at the outset, I'm predicting that they will either pop or expand to _fill_ it unless they are made of something with extraordinarily little give. If _that's_ the case, then they will sink, because helium floats only because it is lighter than oxygen. Take away the oxygen and you take away what holds it up.
Ha! That ending is awesome!
Now I would not have expected one of them to drop before the other, but then I did not anticipate the effect of static.
Who came here from Thunderf00t?
Hmmmm. Seems Helium sinks when it's the heavier GAS.
The flat earther is an idiot that screams like a toddler when he's told he's wrong.
I did, but not to find out whether the balloon sinks, but if a balloon can withstand the pressure difference without popping.
@@KiPhemyst same. I thought for sure itd expand too much.
Hi.
Flat earthers should avoid trying this experiment.
They might forget to step out the vacuum chamber.
And if you put the balloons in a high pressure container the balloons would shrink but still float. Then if you let the pressure out the balloons would grow, returning to their original size. This is what happens to weather balloons when launched into the edge of our atmosphere. The low pressure ends up making the balloons explode which is why a balloon won't just keep going higher and higher.
nice video😀
What happens to the helium after the balloons burst? Does the helium sink due to gravity or does it rise or does it disperse evenly throughout the vacuum chamber? Without any air to create buoyancy the helium should sink but will it?
There was also some helium in the chamber from the popped balloon
Funny man, keep being awesome!
Please crush a 1000 degree glowing knife with the hydraulic press.
That's amazing actually because static was able to be stronger than the heliumm
funny voice at last 😂😂😂😂😂
Well this left me with a lot of questions.
Donna Kondziela
A good question would be if he is trying to simulate space why don't these helium balloons float just like astronauts do?
What questions? It's simple the helium balloon is more dense than the nothingness surrounding it so it falls.
Gravity doesn't exist.
@@Rachie-nj3oi True
Nice! and fun at the end.
I had that exact idea about the airships using a vacuum. Thought for sure it was feasible because you wouldn't need a hard vacuum. Oh well.
wanna see snail in vacuum, they have so much moisture in them so will they boil?
keep growing bro!
Not a flat earther or conspiracy nut here, this is just an honest question. But why didn't the balloons pop from the pressure of the helium inside the balloons to the complete lack of pressure in the vacuum chamber?
If i didnt get it wrong, because the balloons werent full, so it make possible not to pop in vacuum.
The reasone it does not float is cause helium gas is lighter than air
and since there was no air it has nothing to float on it will just sit there
That one guy not to forget other factors like static electricity built to the glass has a lot of static electricity was built up.
So stuff floats and sinks because of density not gravity? How can we prove gravity exists?
Huh? If there were no gravity nothing would float or sink.
The Action Lab gravity is a supposed force that is always pressing on us and everything and is the supposed reasons the oceans dont fall off our globe as were orbiting and spinning. The experiment you did sucked all of the oxygen from the chamber leaving helium as the only gas in the room, in which helium is denser than nothing, hence the balloon sank. Therefore stuff floats and sinks because of density and buoyancy not a force pressing on us, gravity.
The Action Lab,
This is another SOLID PROVE that the gravity doesn't exist.
Please use your logic.
Why does helium balloon floats in the air?
Because helium balloon is less dense (lighter) than surrounding air.
When you remove the surrounding air inside vacuum chamber. It means that helium ballon vs NOTHING.
So, helium balloon is the most denser inside vacuum chamber.
Do you understand the flat earth law?
The law is :
The earth is flat (HORIZONTAL)
The only option is neither UP or DOWN.
Heavier object goes down.
Lighter object goes up.
Example:
Mixing water vs oil.
Oil goes up and water goes down.
The FE law is proven to be true.
Again, why did the helium balloon go down in the vacuum?
Because according to law, heavier objects goes down and helium balloon becomes the heaviest object in the vacuum.
No pulling force is ever needed.
Gravity does not exist.
Globe Earth is a big lie.
Density and gravity are two totally different forces. Air and helium and oil in water "float" and "sink" only in relation to each other. The heavier of the two sinks to the bottom of the other. If it were not for gravity, they would both just float off into space.
Katie,
Why do you need to assume that "If it were not for gravity, they would both just float off into space."
How does that logic come from?
Do you want to know the answer?
Because you are too brainwashed.
There is no such pulling / sucking force in reality.
The logic of gravity is only in your imagination.
It does not match reality.
But why gravity need to be exist in your mind? Just to fooled yourself that you are living on a spinning ball which is doesn't make any sense at all.
If you want to investigate flat earth, you will realize that flat earth model is not what you imagine.
Flat Earth is a closed system, all makes sense and everything fits in reality.
You just blind your eyes not to see reality.
Earth is flat and stationary, that's the real fact.
Investigate more, and once you understand, you can decide for yourself, which one is better, which one fits reality. Free your mind from deception.
Good luck.
How high would a helium balloon rise in the atmosphere before the atmosphere is too thin?
can you try soap bubbles
maybe static electricity inside vacuum chamber.
ahahah the end was just fantastic :D
A perfect experiment to show buoyancy cannot exist without gravity. How will flat earthers explain this?
Lmao. If you suck the air out the helium becomes more dense than the surrounding air around it making it sink. It's not gravity it's buoyancy 🤣🤣🤣
@@PhillyStackz how does it know which direction to sink to without gravity? Down is a relitive term only able to be understood because gravity is pulling us towards the nearest, densest center of mass, which is the earth. So in the direction the earth is from us is down
In a vacuum, a feather and a bowling ball fall at the exact same rate.
I've yet to see a flat earther explain that
So why the space rockets not stretch in space vaccume and also try make air thrust pressure and see if it repels in vaccume chamber so that we can see how rockets move in vaccume space with just small air pressure technique.. I don't believe
Cuz it doesnt. Material matters boy
Put water and vegetable oil in a vacuum chamber, I think it might look cool
this channel changed from hydraulic press to vacuum chamber
That was awesome!
I forget the gas but try this with the gas that is heavier than air that makes voices really deep.
It's a lot more risky to do this with heavier-than-air gasses. Helium naturally escapes your respiratory system, whereas Xenon would stay in your lungs. Xenon wouldn't do anything to you, but it would get in the way of the air you need to breathe.
Your voice sounds the same with or without helium
¡Excelente! ¡Gracias!
you should do the helium voice for all your closing credits.
Hi ! At what pressure the balloons fell ?
Can you do the exact thing but put a object that wont pop the balloon on the inside of the balloon blown up to see reaction of object. Maybe a magnetic metal? Would be interesting to see effects.
Show us the equilibrium of hydrogen, helium, oxygen and breathing air balloons vs weight in water.
would you place a half filled balloon just where it will barely float to see if it will float when the air is partially removed then of coarse it will sink when all air is removed. so the balloon should float then sink again as the air is being removed.
So you just proved there is no gravity. Just density and statics. Nice 👍
The balloon is a container for helium. But it still floats because it's less dense than the air around. So logically if there is no air, its density is even less than the medium around and it should float even more.
But it needs something with higher density to float...
So the weight in the balloon does never change, so gravity is always pulling the same. Technically it should never float... You know: what's heavier, 1kg metal or 1kg helium... It's the same. But expand 1kg helium in a balloon, and it will float... This alone tells me, gravity is wrong.
@@andreas2228 So you just proved you have no idea what you're talking about. Nice👍
Just because you can counteract a force doesn't mean that it doesn't exist. The reason that helium balloons float and goes up is in fact buoyancy. Buoyancy Is the result of a fluid with higher density being pulled down harder than an object with lower density BY GRAVITY, creating an upward force (or vice versa). The more dense the fluid is the bigger the force is. What happen when you remove the air around the helium balloon? You decrease the density of the air around it and in the result, the buoyant force. However because gravity is still present the balloon falls down.
Density and statics alone cannot explain why objects with different densities and materials fall down at the same time in the vacuum or why the atmosphere gets "thinner" the higher we go.
@@msa7933 Go deeper into the rabbit hole.
Space has the strongest vacuum we know.
Air should be sucked out to space. Water too.
Is vacuum cleaner can lift a car, space vacuum can suck out every liquid we know.
You know what water dows in vacuum? It boils and get's gas.
Gravity is not as strong as just a little tiny bit of vacuum.
Without container, earth is dead.
Only place where your gravity theory would work is at the border to a black hole. What still is Science fiction. Even when mathematics say it's a black hole, we still can not prove it. We assume it has to be without any prove. Because we have no better Explanation until now.
You just proved you believe everything somebody tells you...
There are a whole bunch of theories what dows not fit together when you completely disassembly it.
@@andreas2228 What force pulls things down? Gravity. It's not that difficult.
@@andreas2228 "Space has the strongest vacuum we know.
Air should be sucked out to space. Water too."
Common misconception about vacuums. Vacuums do not suck, as they are literally the absence of any matter. Nothing can't do anything. The only other force that is acting on the atmosphere, as well as gravity, is its pressure, which isn't strong enough to eject itself into space. This pressure would not even exist if gravity didn't exist.
"Only place where your gravity theory would work is at the border to a black hole. What still is Science fiction."
You realise we literally have known black holes which are constantly being researched and studied, right? We literally got pictures of actual black holes as well.
"You just proved you believe everything somebody tells you..."
Coming from the space denier, who literally got his information from videos on the internet. Do you feel smart, not having actually studied anything at all?
I love how much he loves science
Of course that helium should sink in a medium with less density. But...
1:34 It's obvious that the balloon was glued to the top of the container and it unglued when its shape was elongated (due to its internal pressure). This means that it wasn't filled with helium, but rather mere air. Also, as you drain the vacuumed chamber of air, you should see the balloon fall faster and faster, not at once, like a rock.
2:17 The video was interrupted, so you most likely had time to get another balloon, filled with helium this time, still lingering in the container due to static electricity until you've pulled it out, to show that it floats in the room.
So, there are enough fishy observations to consider this experiment only a parlor tricks for fools...
except you can try it at home.
@@bunchofletters9250 But it doesn't prove anything. What was this supposed to prove anyway, did you figure it out?
@@blacksheepinthebigshitty9544 yes IT proves that all things fall towards the earth. IT is a simpel example that helium Will fall if the air is taken away
@@bunchofletters9250 No, not all things fall towards the Earth. Only objects that are denser than their surrounding medium. Those that are less dense than the medium they're in will move upwards.
@@blacksheepinthebigshitty9544 so why don't denser objects fall up. It's denser then the medium above it. Why do things fall in a vacuum. Why do things accelerate.
imagine if it didnt float up at the end lmao
i thought an air ship out of vakum cant fly bekause you made it so hevy in the wals to dosnt colapse
se as coisas caem o vacuo então não prescisa de gravidade.
Vacuum airships would be awesome! Hopefully graphene will be strong enough.That technology might even allow floating platforms and small cities like in scifi movies!