Message from @Human Sheeple

Discord ID: 584363530443161601


2019-06-01 12:48:35 UTC  

what does that show?

2019-06-01 12:48:36 UTC  

@Nico2020 Science denier

2019-06-01 12:48:45 UTC  

@Minotarus No it isn't

2019-06-01 12:48:48 UTC  

Earth is mostly flat

2019-06-01 12:49:04 UTC  

So why should you feel a wind or rattle?
Is there something in the way of earthß

2019-06-01 12:49:09 UTC  

???, it just looks like a liquid

2019-06-01 12:49:45 UTC  

Yes, mostly flat

https://cdn.discordapp.com/attachments/484514023698726912/584362955601215498/FlatEarth0002.jpg

2019-06-01 12:49:54 UTC  

In the vaccum there is nothing to rattle or no wind.

2019-06-01 12:50:04 UTC  

Where is this vacuum exactly?

2019-06-01 12:50:05 UTC  

So you won't feel a thing.

2019-06-01 12:50:21 UTC  

In space.

2019-06-01 12:50:25 UTC  

But before you ask

2019-06-01 12:50:29 UTC  

Where's space exactly?

2019-06-01 12:50:30 UTC  

there is no harsh linke

2019-06-01 12:50:37 UTC  

line

2019-06-01 12:50:49 UTC  

it is a gradient

2019-06-01 12:50:56 UTC  

Pressure goes down as we climb altitude

2019-06-01 12:51:22 UTC  

And in some point there is no pressure anymore.

2019-06-01 12:51:33 UTC  

Or very very very little.

2019-06-01 12:51:36 UTC  

very far away

2019-06-01 12:52:02 UTC  

@Minotarus Are you saying you can have gas pressure next to a hard vacuum without a container? Doesn't that violate the 2nd law of thermodynamics?

2019-06-01 12:52:21 UTC  

the canister can be considered as gravity

2019-06-01 12:52:53 UTC  

What's gravity?

2019-06-01 12:53:18 UTC  

"Are you saying you can have gas pressure next to a hard vacuum without a container? Doesn't that violate the 2nd law of thermodynamics?"

2019-06-01 12:53:29 UTC  

also, is thermodynamics not to do with heat???

2019-06-01 12:53:30 UTC  

Where does the 2nd law say that?

2019-06-01 12:53:54 UTC  

So and i said there is no hard vacuum.

2019-06-01 12:54:08 UTC  

Please read what I write.

2019-06-01 12:54:08 UTC  

"The second law of thermodynamics places an observation of EVERYDAY LIFE into a formal statement:
Heat flows spontaneously from a substance at a higher temperature to a substance at a lower temperature and does not flow spontaneously in the other direction."
https://teaching.smp.uq.edu.au/fiveminutephysics/phys1171/L18_ThermoLaws.html

2019-06-01 12:54:10 UTC  

h

2019-06-01 12:54:13 UTC  

🤦

2019-06-01 12:54:31 UTC  

So that doen't voilate it where does it voilate there rule?

2019-06-01 12:54:41 UTC  

thermodynamics is trying to fined a equilibrium, gravity is preventing that from happening

2019-06-01 12:54:56 UTC  

gravity as in the bending of spacetime ?

2019-06-01 12:55:08 UTC  

In other words,
Laws of Entropy (2LOT): Unless it is hindered 'purposely'; in "Nature"....
Heat Flows from Hot to Cold (Always !!)
Energy Concentrated to Dispersed (Always !!)
High Pressure to Low Pressure (Always !!).

It has NEVER BEEN VIOLATED ...

2019-06-01 12:55:23 UTC  

@Nico2020 What is gravity?

2019-06-01 12:55:24 UTC  

we are basing the whole globe model on a theory

2019-06-01 12:55:39 UTC  

Heat Flows from Hot to Cold (Always !!) But that isn't the case in space

2019-06-01 12:55:51 UTC  

its not even a theory reall or a hypothesis gravity is more like an idea

2019-06-01 12:55:53 UTC  

easiest way to understand is mass attracting mass

2019-06-01 12:56:04 UTC  

yeah thats not a fact that happens