Message from @plus
Discord ID: 594642853620219915
Air pressure cannot be adjecent to a vacuum. It collapses completely, immediately.
@RidleyChozo IT CAN ONLY BE WITHOUT A CONTAINER
WITH
a container
Look
He wants us to try to recreate the atmosphere of the earth in a little container
How will you
Create such a great pressure gradient in a container
Pressure in a container is a different system than atmosphere on a planet with high gravity
Literally every pressurized container has a gradient @ZeroT
They do the same thing with gravity, they expect you to create an object on earth with enough gravity to pull something
@ZeroT you can’t even prove gravity
Don’t use gravity in a argument
i found a neato article about why the atmosphere doesnt float away and its a .org site https://earthsky.org/earth/what-keeps-earths-atmosphere-on-earth
@RidleyChozo NO EVERY CONTAINER HAS THE SAME PRESSURE EVERYWHERE IN IT
Wrong
ZeroT
@California Nightmare how do we stay on Earth then?
They all have a gradient
gravity
This only occurs in a container.
Now, do you even know what a gradient is?
@ZeroT are you heavier then air and helium?
BRUH
A decrease in pressure closer to the edges of the container of pressure
@Seeker of Truth I love that image
this man tried to recreate how gravity holds the oceans in a little box container
I’m done
@California Nightmare now, bouyancy has gravity in it
wow you learned basic logic yes liquids and gases take the shape of a container because they have no form
So you can't use that argument
grabatitty
Hii
No it doesn’t
dang ZeroT going at these bois
We use gravity to calculate the strength of the buoyancy
@California Nightmare yes it does
Give me the formula for bouyancy
Prove gravity