Message from @rightthehand

Discord ID: 583488961159364608


2019-05-30 02:54:50 UTC  

James gibson. 1952

2019-05-30 02:54:59 UTC  

You guys should make a channel for political compasses.

2019-05-30 02:55:02 UTC  
2019-05-30 02:55:09 UTC  

@INeedMySpace i can prove it

2019-05-30 02:55:15 UTC  

Second law of thermodynamics

2019-05-30 02:55:17 UTC  

can you heat a gaas expanding into a vacuum?

2019-05-30 02:55:19 UTC  
2019-05-30 02:55:29 UTC  

dunno?

2019-05-30 02:55:35 UTC  

before i can

2019-05-30 02:55:39 UTC  

we need to address this

2019-05-30 02:55:45 UTC  

https://cdn.discordapp.com/attachments/484514023698726912/583488695366189067/56593835_365291877403402_7446797990568483320_n-1.jpg

2019-05-30 02:55:59 UTC  

This server also should get more ideology roles.

2019-05-30 02:56:05 UTC  

can i heat gas as its expanding into a vacuum?@INeedMySpace

2019-05-30 02:56:11 UTC  

Its not hypothetical

2019-05-30 02:56:15 UTC  

Its laws

2019-05-30 02:56:21 UTC  

You cannot change

2019-05-30 02:56:25 UTC  

can i heat gas as its expanding into a vacuum?@INeedMySpace

2019-05-30 02:56:34 UTC  

ok well he wont asnwer the basics

2019-05-30 02:56:38 UTC  

so ill cater

2019-05-30 02:56:46 UTC  

if you have a container of gas pressure

2019-05-30 02:56:49 UTC  

and heat the bottom

2019-05-30 02:56:50 UTC  

The globe model inside an infinite vacuum is what cant be proven

2019-05-30 02:56:52 UTC  

@Citizen Z hiya! could i get verified please

2019-05-30 02:56:57 UTC  

does the temp at the top change immmetidanlty?

2019-05-30 02:57:00 UTC  
2019-05-30 02:57:01 UTC  
2019-05-30 02:57:10 UTC  

I have a serious question.

2019-05-30 02:57:18 UTC  

so the temp at the bottom is higher then the temp at the top

2019-05-30 02:57:22 UTC  

right?

2019-05-30 02:57:26 UTC  

yes i ahve

2019-05-30 02:57:26 UTC  
2019-05-30 02:57:35 UTC  

Did this movement start out as a joke and become serious or was it always serious?

2019-05-30 02:57:46 UTC  

so we have a temp gradioent from the bttom to the top right?

2019-05-30 02:57:49 UTC  
2019-05-30 02:58:00 UTC  

o jes @Deleted User is here

2019-05-30 02:58:07 UTC  

and temp gradient is also a pressure gradinet as they are directly linked correct? @INeedMySpace

2019-05-30 02:58:07 UTC  

Hey Delta.

2019-05-30 02:58:08 UTC  

@Citizen Z thanks! 😄

2019-05-30 02:58:15 UTC  

Delta - Is here.

2019-05-30 02:58:42 UTC  

Temperature and pressure are directly proportional to each other. This means that as the temperature decreases, the pressure also decreases, and as the temperature increases, the pressure increases.Jan 28, 2015

2019-05-30 02:58:48 UTC  

Temperature and pressure are directly proportional to each other. This means that as the temperature decreases, the pressure also decreases, and as the temperature increases, the pressure increases.Jan 28, 2015@INeedMySpace