Moving Water in Space - 8K Ultra HD 

I almost scrolled past without getting it. Good one.

BuT wAtEr cAn'T mAkE cUrVeS

Because *GRAVITY*

*F l a t*

So maybe earth is a liquid all along

I wanted to see him just chomp the water lol

Same

You’re not alone

I wanted him to pop it...🧼

I wanted to see him just eat it like pac man

@@Watykaniak he might have the Sony Xperia XZ2 premium, which can.

My phone literally is normal lmao

My phone shoots 8k and runs 8k vids..🤗

@@maj2809 nah, stop lying lmao

@@balint6873 the Samsung s20 ultra was made for 8k sorry u can't belive whats fact

Thats..... amazing

how about you get lots of water and put a fish and its just water floating with fish

@@xa7858 thats what i mean!!! :D

XandiCat would that work in the vacuum of space

I don't know

Im0RtaLsPiD3rX but you gotta exercise like about 8 hours a day for your bones to stay the same

Said the guy with a for- You know what maybe I should just appreciate how beautiful this is

Ayrick J that’s a complete lie lol

Caden Brown alright want bone loss and keep falling on earth? Go ahead

Ayrick J you need to exercise but not as much as you think bud. You’re lying right through your teeth lol. Osteoporosis is accelerated while in space but don’t lie about stuff. Don’t act like you know stuff when you don’t

You can watch it all day but never realise , does water flow or float , the water must know it has to float down the digestion system lol

@@steigerbower I think, water doesn't necessarily need to do / know any of that. Thanks to most parts of our body that utilize peristalsis, the water gets forced to obey, so to speak lol.

People need to wake up and understand that they have been lied to do you know what the word means NASA it means deception lies

There is gravity. Spaceship, astronaut and water drop all in free fall.

And nobody loves you because you failed school project anyways.

I ain't no flat earther but I have a question ? If water floats in space? How do you drink ? When it goes into your body , does it become flowing water again ? Lol flat Earth

@@steigerbower Kind of. The water forms a ball in space because there are no forces on it, other than the surface tension of the surrounding water molecules, so they curl up to the most stable shape, a sphere. When it's in the mouth, water somewhat sticks to the walls of the mouth, breaking the ball shape, but not as good as under gravity. There is no problem after it passes the throat due to peristalsis. But it is definitely harder to drink water in space. They usually use straws.

@@steigerbower Try drinking upside-down. It'll be hard to drink, but if you use a straw, it's still possible to drink the liquid. Our bodies are made so well that eating and drinking water is still possible even upside-down.

@@steigerbower cuz _human muscle_

@@steigerbower first of all Water flows in zero gravity too

lmaoo

Haha

You say - water go blab blab, I say water doesn't flow and in a no gravity environment, water acts like air , do you think you would drown if you tried to drink magic floating water that can't ever flow down your throat, just a thought ! Float or flow , can't be both lolz

so no blab blab ?

They spent billions to send people into low earth orbit.

Yup Hydrostatic equilibrium.

You in this comment section reminds me of a 7 year old

@@dylanrosenfeld475 Savage

Brian Evans Yep. Reeeeall savage.

same

High I’m 24 and I’m confused

TIHCC BUBBLE

Yes. And it proves that the bible account of a firmament is 100% plausible.

Mind bending wow , if the water floats how does it flow through your body lol

​@@steigerbowerever heard of the heart

So?

Weird, you would think a force that strong would keep butterflies and other flying insects held to the ground as well. Maybe gravity is smart, knows to only hold the trillions of gallons of water to the earth but not small insects that weigh next to nothing.

@@JamesBond-bf2du Oceans have no wings. Insects are light. Incredible I have to tell that to a person that can read and write.

@@Bnslamb So I'm mentally deficient, but that is your answer to my question? What weighs more, all of the water on the face of the earth, or a butterfly? Does gravity have the same effect on everything? It stands to reason everything on earth is impacted equally by gravity. Therefore, the question I posed is a legitimate question. Wings or no wings, gravity is pulling them both with the same amount of force. So, how can a butterfly float through the air, while trillions of gallons of water are pressed to earth's surface using the exact same force?

@@JamesBond-bf2du Every atom is pulled with the same force. Oceans have more atoms than a butterfly.

@@JamesBond-bf2du * Wings or no wings, gravity is pulling them both with the same amount of force. So, how can a butterfly float through the air* Show me butterfly, which fly without flapping wings:) You seem to struggle with basic concepts. *Does gravity have the same effect on everything?* Yes, proportional to mass of objects. Butterfly is light, so by flapping it exerts force which counter gravity force, oceans have enormous mass and can't exert any counter force to fly;) Seriously this concepts are learned in physics classes in kindergarten;)

Lok you said alright internet! Does mean most of time your internet is shitty?

did you came in video from WILLEM

No you Chippy

Does water flow in space ? After it goes into your body , still floating huh lol very cool thoughts

Please,dont explode me

​@@leonardotozi6159what

It would nearly instantly boil away due to a vacuum. But if you had an atmosphere it would just fall at the lunar gravitational acceleration of 1.6m/s² instead of the 9.8m/s² on Earth. Basically it would fall just like the dust in the lunar landing videos, like I said that IF there was an atmosphere for some reason that stopped it from boiling away.

It doesn't flow though ! How do you drink ?

@@steigerbower It does "flow" in the sense that it's falling, the problem is everything around it is also falling at the same rate, so relative to an observer who is falling together with it, it seems not to flow. Similar situation as when you are on a boat carried by the stream in the middle of the river - the water around your boat seems to be not flowing relative to you. You can drink it by sucking it though a straw or pushing it into your mouth out of a bag. Anyway the point of my comment was that it's not the "in space" part that is the reason for the behavior, it's the free fall. If there was a 200km tall tower with a pressurized cabin on top, you'd be in space, but water would behave normally because it wouldn't be in free fall. And in a vomit comet airplane it would behave like on the ISS even though you wouldn't be in space

Flat earthers. Karens in general

Love how you didnt actually edit your comment

at first it does a bit, but the stomach is a muscle and it will churn food down into your intestines regardless. regarding your blood circulation, it actually makes it easier because your heart doesn't have to work as hard and fight against gravity now, to pump blood through your body

@@quixotic7460 you think they could drink or eat upside down and it wouldnt have effect? Would it be like eating right side up here on earth haha. Now my mind is wondering lol

I think that in theory it is possible to compress water in such a extreme conditions. If the planet sized ball of water had water molecules spreaded evenly at the starting point, it will then start to boil in the center of the ball as the gravity will start to compress it. But water vapor is less dense than water in liquid state so it will then be pushed to the surface so you will have clouds on top. But after everything settles (because there is no free energy or perpetuum motion) it may then become solid in the center (I'm not sure how deep) and maybe harder and more dense than ice because there is a difference between compressing and freezing water. But that will take really long time because of the water ball size. That is just my theory. But there should be some equation to calculate that.

I know i'm late to the party, but i'd like to add some things. In theory you can calculate the behavior of water by looking into a phase diagram. The solid state of water is less dense than the liquid state. Therefore you need great pressure to force water into a solid state just by adding pressure. With high pressure and high temperature water will enter a new state, called over-critical. It's a mix of liquid and gaseous state and behaves quite strangely (it can dissolve material like it is liquid, but has a density more close to gas). Until pressure hits 10000 atm you cant force water into solid state by pressure alone. From there on pressure indeed is so high, that water gets solid even with high temperatures and has a different modification. It's not the same ice as in your fridge and has a other structure but roughly the same properties. with 100000 atm water changes from solid directly to overcritical at the right temperature and is even solid at 300°C. So in theory you could have a wild mix of solid, over-critical, and liquid layers, depending on pressure/temperature distribution. We didnt account for is that the temperature in the inner core of earth probably comes from nuclear fission reactions. Since water is unable to perform such reactions, temperature must come from a nearby star. Therefore we wont have high temperatures in the core. So we have high temperature (depending on distance to star) on the surface and very low in the core. So a more realistic composition would be a solid core (with high pressure modification), surrounded by a liquid layer nearer to the surface and a water vapor atmosphere.

Muscles

Both. But since it is a liquid then you are drinking it. Because eating includes chewing.

i was waiting for that too lol