basic physics

gravity

density

I have yet to see empirical evidence for a pressurized system existing within a vacuum.

@rivenator12113 I think they imagine science as reading from a book and not doing the experimentation

conservation of momentium

@Mathieus the Walking Witness it hurts me to remember people like you exist

im honestly having a panic attack rn

Keyword: "CONTAINER"

eccept in an atmosphere omg

@Фатто Катто where does it state that?

🤔💭

blocked eh?

in the fact that gravity attracts anything with a mass, like air

I can tap on the blocked message and it will show me what the blocked individual is saying

ive never blocked anyone cause i listen insted of ignoring my problems

@Mathieus the Walking Witness Now we're getting into interesting discussion! there would be a gradient within a container *within a gravitational field*. You cannot have a pressure gradient without an accelerative force.

gravity.......for example

haha ok

noice

So are you all scientists?

@Drewski4343 any scientific evidence of this gravitational field?

oh, yes, but you reject a lot of it

@Drewski4343 scientific evidence? Via the scientific method?

how bout the constant force around all bodies

which has been tried and tested

@Drewski4343 I don't reject real science

Please don't strawman me

what does straw man mean?

@Drewski4343 do you have time for an actual vc debate? If so, when would be a good time for you?

this makes me want die

@Mathieus the Walking Witness I have a hypothetical to posit for you: let's say you have a vacuum container here on earth. Slowly, you introduce a bit of one of the more dense gases. Then you turn it off and introduce a lighter gas. Eventually, these gases will settle to the bottom of the chamber and stack according to their densities and there would be a tiny bit of pressure due to their weight. This is what happens on the earth.

I work for another 4 hours, unfortunately.

ummm, it would have to be tonight.

ill debate

@Drewski4343 you literally used a "container" As your demonstration

@Drewski4343cool.. What time?

absolutely, because we have nothing big enough to hold anything inside it due to gravity only.

im on the vc rn

but it's still a pressure gradient NEXT to a vacuum

@Mathieus the Walking Witness im on the voice channel