Message from @SpiderLedgic (Cancer)

Discord ID: 650041198349910055


2019-11-29 18:29:50 UTC  

what

2019-11-29 18:29:54 UTC  

u didnt debunk anything

2019-11-29 18:30:04 UTC  

@negatic the thing is, that it has never been demonstrated

2019-11-29 18:30:09 UTC  

if gravity could hold a gas against the force of a vacuum pump, it would. but it doesn't

2019-11-29 18:30:12 UTC  

what hasnt?

2019-11-29 18:30:22 UTC  

how do you know it doesnt?

2019-11-29 18:30:27 UTC  

I don't care how tall your vacuum chamber is. we can evacuate it

2019-11-29 18:30:31 UTC  

despite gravity

2019-11-29 18:30:32 UTC  

burden of proof @negatic #6895

2019-11-29 18:30:47 UTC  

Why would the outside of the earh act like a "vacuum pump"?

2019-11-29 18:30:50 UTC  

what is your evidence for your claim phd?

2019-11-29 18:30:53 UTC  

"Space" would be like a very strong vacuum pump.

2019-11-29 18:30:59 UTC  

No

2019-11-29 18:31:02 UTC  

it's ridiculous

2019-11-29 18:31:12 UTC  

yes but why do u think gravity isnt enough to counteract it?

2019-11-29 18:31:13 UTC  

gravity cannot hold gases. fullstop

2019-11-29 18:31:16 UTC  

But there IS a pressure gradient, though. If gases are unaffected by gravity, how is that possible?

2019-11-29 18:31:19 UTC  

HOW do you know

2019-11-29 18:31:23 UTC  

what ur evidence for that claim

2019-11-29 18:31:29 UTC  

Can you explain why it should act like a vaccum pump?

2019-11-29 18:31:38 UTC  

He doesnโ€™t understand gravity

2019-11-29 18:31:41 UTC  

Because I've personally used vacuum chambers my whole careeer

2019-11-29 18:31:46 UTC  

SO

2019-11-29 18:31:53 UTC  

vacuum chambers cant hold as evidence since there tooooo small

2019-11-29 18:31:56 UTC  

That is not an explanation

2019-11-29 18:31:57 UTC  

as you should know

2019-11-29 18:32:02 UTC  

ok ๐Ÿ™‚

2019-11-29 18:32:17 UTC  

gravity is a force that only really has an effect with giant masses

2019-11-29 18:32:20 UTC  

ok

2019-11-29 18:33:01 UTC  

so u say cause gas doesnt have a gradient in a vacuum chamber it shows ur point right?

2019-11-29 18:33:16 UTC  

gradient to bottom of chamber

2019-11-29 18:33:49 UTC  

the distance from the top to bottom of chamber is very short compared to the atmosphere for example

2019-11-29 18:34:02 UTC  

it was recently found out that we have gas pressure till a distance till moon

2019-11-29 18:34:05 UTC  

roughly

2019-11-29 18:34:18 UTC  

You actually can get a presure gradient if you use heavy gases

2019-11-29 18:34:28 UTC  

and the further away you are the lesser the impact of gravity while it also has an infinite radius of effect

2019-11-29 18:34:40 UTC  

not true. the definition of a gas is a substance that always expands to fill its container

2019-11-29 18:34:48 UTC  

sure

2019-11-29 18:34:53 UTC  

ergo, when you apply a vacuum...it goes

2019-11-29 18:34:58 UTC  

it doesn't hang around the bottom ๐Ÿ™‚

2019-11-29 18:35:02 UTC  

and gravity is accelerating gas downwards to the ground