Message from @Vitmar

Discord ID: 649298735490400268


2019-11-27 17:19:26 UTC  

physics works better in a flat earth model

2019-11-27 17:19:31 UTC  

we don't violate the 2nd law

2019-11-27 17:19:39 UTC  

https://cdn.discordapp.com/attachments/484516084846952451/649298305708326932/vacuum.jpg

2019-11-27 17:19:42 UTC  

https://cdn.discordapp.com/attachments/484516084846952451/649298320417751041/Pressure_differential.png

2019-11-27 17:20:13 UTC  

https://cdn.discordapp.com/attachments/484516084846952451/649298448235102230/flat_earth_image.jpg

2019-11-27 17:20:17 UTC  

barrier needed

2019-11-27 17:20:18 UTC  

When does the geoid model violates the second law?

2019-11-27 17:20:19 UTC  

Most of this can be cleared up with a quick google search

2019-11-27 17:20:28 UTC  

atmospheric pressure is generated by weight, not contained pressure.

2019-11-27 17:20:40 UTC  

^

2019-11-27 17:20:41 UTC  

P=a*m

2019-11-27 17:20:45 UTC  

how can you have a surface with gases/liquids in open connection to a vacuum of 1x10^-17torr?

2019-11-27 17:20:50 UTC  

all gases and liquids would be gone

2019-11-27 17:20:51 UTC  

Flat earth that violates such law

2019-11-27 17:20:55 UTC  

Oh

2019-11-27 17:21:02 UTC  

Thermodynamics not newton's

2019-11-27 17:21:03 UTC  

what happens when you put a wet tennis ball into a vacuum chamber?

2019-11-27 17:21:08 UTC  

That my friend is because of physics

2019-11-27 17:21:10 UTC  

and start pulling a vacuum

2019-11-27 17:21:14 UTC  

what happens?

2019-11-27 17:21:21 UTC  

P=m*a

2019-11-27 17:21:26 UTC  

https://cdn.discordapp.com/attachments/484516084846952451/649298752095387669/66e1861a663e0e73b1acec4ddbd638641.jpg

2019-11-27 17:21:27 UTC  

Things have a mass

2019-11-27 17:21:27 UTC  

because that water is being influenced by atmospheric pressure.

2019-11-27 17:21:31 UTC  

Including gases

2019-11-27 17:21:36 UTC  

So they stay on earth

2019-11-27 17:21:37 UTC  

can you answer?

2019-11-27 17:21:39 UTC  

anyone?

2019-11-27 17:21:43 UTC  

What happens?

2019-11-27 17:21:50 UTC  

at 24torr at 25C for example

2019-11-27 17:21:56 UTC  

which is the vapor pressure of water

2019-11-27 17:21:56 UTC  

Oh right

2019-11-27 17:21:56 UTC  

All the air from it get out

2019-11-27 17:22:03 UTC  

the water isn't in space, though.

2019-11-27 17:22:07 UTC  

the liquid water goes into gas phase

2019-11-27 17:22:09 UTC  

and leaves the chamber

2019-11-27 17:22:11 UTC  

so, it's not really applicable...

2019-11-27 17:22:37 UTC  

it's under atmospheric pressure.

2019-11-27 17:22:40 UTC  

we evacuate large vacuum chambers (in Earth's gravity) thousands of times per day. NEVER does some gas stick to the bottom 🙂

2019-11-27 17:22:45 UTC  

100% applicable

2019-11-27 17:22:49 UTC  

Also I don’t think a tennis ball is comparable to any earth