Message from @chad46

Discord ID: 658766471627014154


2019-12-23 20:20:06 UTC  

Vacuums and non vacuums cannot exist together

2019-12-23 20:20:13 UTC  

Yeah and...?

2019-12-23 20:20:21 UTC  

There would be no outer space

2019-12-23 20:20:23 UTC  

@Triscuit but it doesnt

2019-12-23 20:20:29 UTC  

Vaccines save lives, best thing around. <#606994836423442452>

2019-12-23 20:20:29 UTC  

Why not?

2019-12-23 20:20:41 UTC  

you tell me

2019-12-23 20:20:47 UTC  

Well

2019-12-23 20:20:52 UTC  

Are you ignoring what I just said. No one ever claimed space is a total vaccuum, it has a really low pressure @California Nightmare 3.0

2019-12-23 20:20:53 UTC  

I say it is gravity

2019-12-23 20:21:23 UTC  

The pressure difference between the troposphere and stratosphere is much greater than any place higher. Unless there was a barrier there, which I know none of you would claim there was, why wouldn’t the air from the troposphere disperse into the stratosphere?

2019-12-23 20:21:40 UTC  

so bendy space time causes different pressure in a container

2019-12-23 20:21:43 UTC  

There’s nothing magic about a (relative) vacuum

2019-12-23 20:21:56 UTC  

i dont know what bendy space time is

2019-12-23 20:21:56 UTC  

What you’re doing rn is called defamiliarization

2019-12-23 20:22:06 UTC  

No, you cannot have different pressures inside (or outside) a container without a force acting in the gas within.

2019-12-23 20:22:19 UTC  

can you detect the force?

2019-12-23 20:22:29 UTC  

@Ferocious Chicken that does not make my point irrelevant or refute my point

2019-12-23 20:22:34 UTC  

Sure

2019-12-23 20:22:46 UTC  

It’s what pulls us down to the earth

2019-12-23 20:22:46 UTC  

you can detect gravitons?

2019-12-23 20:22:51 UTC  

Yes, there is an undeniable vector going down. Call it whatever you want but there is a downward vector

2019-12-23 20:22:53 UTC  

circular

2019-12-23 20:22:53 UTC  

Gravity doesn’t involve particles

2019-12-23 20:23:01 UTC  

@California Nightmare 3.0 Yes. Space could exist on a flat earth if the dome is high enough.

2019-12-23 20:23:09 UTC  
2019-12-23 20:23:13 UTC  

[20:22] RadRhys: Yes, there is an undeniable vector going down. Call it whatever you want but there is a downward vector

2019-12-23 20:23:16 UTC  

Why not?

2019-12-23 20:23:21 UTC  

I’ve already told you

2019-12-23 20:23:22 UTC  

Yes, there is

2019-12-23 20:23:23 UTC  

10^-17 Torr would find equilibrium with our 14psi on earth. You're still in trouble with 'not a total vacuum'

2019-12-23 20:23:25 UTC  

Are you dense

2019-12-23 20:23:26 UTC  

yes, going down

2019-12-23 20:23:27 UTC  

Do you know what a vector is

2019-12-23 20:23:42 UTC  

@California Nightmare 3.0 But like I said, space is NOT a total vacuum!

2019-12-23 20:23:47 UTC  

Jeez

2019-12-23 20:23:51 UTC  

You still can’t have a really low pressure zone next to a really high pressure zone in a containiner and not expect the containers pressure to even out

2019-12-23 20:23:52 UTC  

10^-17 Torr is the story

2019-12-23 20:24:09 UTC  

but that's miles away from 14psi. you still lose

2019-12-23 20:24:10 UTC  

@Ferocious Chicken
Dude I already know
My point still stands

2019-12-23 20:24:17 UTC  

On flat earth the air wouldn’t get thinner as you go higher