Message from @rivenator12113

Discord ID: 638191571547979777


2019-10-28 00:30:21 UTC  

Mr. Apache?

2019-10-28 00:35:30 UTC  

: (

2019-10-28 00:36:42 UTC  

That's a very blurry picture

2019-10-28 00:36:54 UTC  

Perhaps

2019-10-28 00:37:09 UTC  

much fail

2019-10-28 00:37:31 UTC  

**p e r h a p s**

2019-10-28 00:38:12 UTC  

id say maybe citizen deserves a refund on the time youve spent out of the icebox

2019-10-28 00:38:18 UTC  

hows that sound to you?

2019-10-28 00:38:33 UTC  

Does this mean I'm being muted again?

2019-10-28 00:38:42 UTC  

maybe

2019-10-28 00:39:10 UTC  

**concern**

2019-10-28 00:43:53 UTC  

it belongs in the trolling channel, not civil debate

2019-10-28 00:44:03 UTC  

!mute @Daiel

2019-10-28 00:44:04 UTC  

2019-10-28 00:45:36 UTC  

😂

2019-10-28 00:59:51 UTC  

Receipt not valid

2019-10-28 01:00:00 UTC  

Try again

2019-10-28 01:44:08 UTC  

@lapizzle there's something holding that .000001 pressure area. the vacuum would've taken earth as a whole in part of its system. take a coke can and what happens when you open?

2019-10-28 01:44:26 UTC  

of course there is a force holding it thats why there is a gradient

2019-10-28 01:45:27 UTC  

that gradient is gravity correct?

2019-10-28 01:46:20 UTC  

its caused by gravityh

2019-10-28 01:46:33 UTC  

you have all the explanation but in reality when you need proof there's none. can you demonstrate it working?

2019-10-28 01:47:17 UTC  

make an open system work within a vacuum due to gravity then your claims will have merit

2019-10-28 01:47:40 UTC  

if you can't, it's just a baseless claim

2019-10-28 01:47:51 UTC  

just like most gravity arguments

2019-10-28 01:47:52 UTC  

again you missed the point

2019-10-28 01:48:09 UTC  

it is very easy to show a pressure differential without a container

2019-10-28 01:48:28 UTC  

within a vacuum?

2019-10-28 01:50:00 UTC  

you arent understanding what im saying pressure next to a vacuum is the same as any other pressure differential

2019-10-28 01:51:45 UTC  

what? no it isn't lol, you can't have a focused pressurized system within a vacuum but a pressurized system in itself can have a pressure defferential (i never denied that)

2019-10-28 01:52:23 UTC  

8-7=1=1-0

2019-10-28 01:52:41 UTC  

?

2019-10-28 01:54:20 UTC  

you're legit doing a strawman phallacy right now, i never denied that a pressure gradient can't exist. what im denying is pressurized system even as low as 0.0000001 pressure area cant exist within a vacuum.

2019-10-28 01:54:51 UTC  

that is incorrect if there is a force being applied to it

2019-10-28 01:55:04 UTC  

that force is gravity, demonstrate your baseless claim

2019-10-28 01:55:13 UTC  

replicate it

2019-10-28 01:55:21 UTC  

so hold on a minute

2019-10-28 01:55:23 UTC  

it's not possible because its pseudoscience

2019-10-28 01:55:27 UTC  

lets break down where we agree and disagree

2019-10-28 01:55:39 UTC  

1) is there some force that pulls things towards the ground