brb

they actually can

you just need acceleration

alright you convinced me

*an accelerative force

yea

or if you wanna go really into it a curvature in spacetime but that's not really relevant right now

Well depending on what definition you have of gas pressure. But a good example of gas pressure without a container is turning on your fan. That’s gas (air), pushing against your skin.

remember the word vacuum

We’re not talking about a vacuum

Gas pressure without a container

Gas can exist in a vacuum. There are no perfect vacuums.

after a while the air from the fan will become equal in pressure to its surroundings

oh I thought we were on about why the globe cannot exist

How so?

I agree with your pressure statements tho

but as long as it's being accelerated it can have a pressure differential

You’re talking to a group of globies, strike.

Including the mods.

look guys we can perhaps debate on a more simple level on global science

my favorite topic to go deep into is vacuum but it is very complicated

Do it

U gonna talk about how it breaks the second law of thermodynamics?

you ever seen train cars implode from air being sucked out of em?

Because it doesn’t

It does, so..

In fact, it has nothing to do with the 2nd law of thermodynamics

Here we go.

metallica have you seen train cars imploding?

Uh thankfully no..

Lol

ok great if we havent even gotten to step 1

we cannot properly debate about the earth

not even the moon landing

alright Im just pushing your buttons, im a hungry dude rn

i'm guessing the idea that it'd break the second law of thermodynamics is that it ought to spread out to reach a lower energy state

here lemme post a link what I mean its a 15sec video

though that kinda

doesn't work unless you're ignoring gravity

im not brining in any physical laws

I think some of the confusion with this topic is comparing atmospheric pressure to contained pressure - pressurized gas in a sealed container. Atmospheric pressure is generated by weight. I'd compare it more to the ocean, where pressure increases with depth due to weight.