Відео

Yup

smaller in width but thicker

Did you not know it will get thicker?

what about 1000 times

Neal.fun

It’s a mini game on a website called Neal.fun

Webite Called Neal.fun

Exactly that’s what I’m saying.

It gets smaller in width, but taller. When you fold a paper it gets thicker. It’s physically impossible to fold a paper unless it’s massive. Myth busters has an episode where they fold paper so much, it gets to the size of a basketball. it’s on youtube

​@@smilemationsit's the opposite when I do it It just becomes fat but not tall

@@Toothbrushe911 I think your putting it on its side, it looks like it’s getting fatter but in reality it gets taller. It’s a hypothetical and is physically impossible to fold a paper that much but still.

Bs

So ur saying folding a paper gon magically make it grow 1milliom times 😂😂😂

@@AlexLopez-zz3zwa kid who failed math and physics class

@@Funnyoffical123 please explain den 😂😂 fuck the equation tell me how folding it gon make it get taller than me

​​@@AlexLopez-zz3zw you got 1 paper and you place it on another, which makes 2 papers. You get another 2 and place it on the other 2 which makes 4. If you place another 4 on that 4 it makes 8 and another 8 on that one, it makes 16. Now if now place another 16 on that 16 and it now makes 32. Place another 32 on that 32 it now makes 64. And if you do the same thing four more times you get around 1000

You are chomu😂

If we reach the subatomic levels during folding, it will be impossible to fold again. So, you're partly right. But if we don't, then it's possible. Even though it would be impossible to even see the sheet of paper.

If that is the part that trouble u then u are indeed a moron. The paper has to be 0.0000…01 mm wide to be able to go that far. So you cant even see the paper anyway.

Dang man…. I was really tripping out for a second but that tracks. 🙏

why are scientists psychopaths?

But it’s true

@@Luffyplaystherealoneshi ain’t tru

@@GojiMan673it is , paper is 0.005-0.010 thick so let’s use a random number like .0874 and the moon is 384b mm away , and if each fold you do to paper makes it 2^1 , one fold would be .1748 mm, so if you multiply 0.0874 by 2^42 it would be 4,398,046,511,104, so once you multiply that you get 384,389,265,070 mm so if you wanna round and put it into meters it would be 384,400,000 meters and that’s about the distance to the moon so theoretically yes it is correct

@@GojiMan673so with that math if you did 103 folds it theoretically would reach the end of the observable universe

Lmao💀☠️

A website called Neal.fun

Cool

@@real-slap I don't like you

Its not a theory Its a fact but i think the word ur looking for is hypothetical

Hypothetical? Theory? Nasa HAS to test this by folding 2 papers 2 times and stacking them together till it actually reaches the moon

Super cool game

in Google search folding paper game

Website Called Neal.Fun

No, the part of the universe that we have discovered so far

Known*

@@zPiey diameter of the discovered universe is a few billion lightyears, the observable universe is 93 billion lightyears and the unobservable universe is *estimated* to be 600 billion lightyears but the 103 paper folds is over a trillion lightyears

​@@dontalks1060the entire universe is larger than the observable universe. we didn't "discover" a part of the universe, we are only observing the part of the universe in which light is able to reach us. in reality, the universe is expanding at a superluminal speed, so we cannot have a piece of paper with _n_ amount of folds that can be as long/tall as the entire universe. the observable universe is called the observable universe because, past 93 billion light years, the finite speed of light does not have time to reach us in the foreseeable future.

​​@@dontalks1060so do not use complicated terminology when you don't know what they truly mean. the diameter of the entire universe is unknown because it is expanding at a speed faster than light, so it cannot be 600 billion ly across.

It’s a website called Neal.Fun

Hello this is my old acc from my dead phone 🥲

It is

42 folds will get you to the Moon. 81 folds and your paper will be 127,786 light-years, almost as thick as the Andromeda Galaxy. At 103 folds, you will get outside of the observable Universe, which is estimated at 93 billion light-years in diameter.

The distance between the earth and the moon is around 384,400 kilometers (remember 1 km = 1,000,000 mm). After 42 folds, would the paper reach the moon? (439,804,651,110.4 mm = 439,804.7 km, so yes, it would reach the moon because 439,804.7 > 384,400)

By 81 folds, your thick piece of paper will measure 127,786 light-years across, reaching the length of the Andromeda Galaxy (141,000 light-years) Another 9 folds will push things to 130.8 million light-years across

Geometrical progression a^r

What? Is me thinking something groundbreaking?😮😮😮

​@@real-slap You thinking is not groundbreaking, it's earth shaking

You can’t win but the AI can’t as well if you are smart enough.

I BEAT IMPOSIBLE I PROMISE IT TOOK ME HOURS@@SuperSamuelt

I’ll get onto that!

my long wood

I would go through them all but I did not have enough time so I just went through all of the interesting ones

@@cavachoncx777what

Neal.fun

Thanks for the sub! 😊