Message from @Thinky

Discord ID: 668200496800071690


2020-01-18 19:58:49 UTC  

imagine having a low iq

2020-01-18 19:59:13 UTC  

ur weird ash bro

2020-01-18 20:03:15 UTC  

Imagine worshiping balls.

2020-01-18 20:09:02 UTC  

!mute @Cobalt name calling

2020-01-18 20:09:03 UTC  

2020-01-18 20:11:56 UTC  

the earth is round

2020-01-18 20:11:57 UTC  

no cap

2020-01-18 20:15:19 UTC  

It’s round and flat

2020-01-18 20:39:00 UTC  

" The water level is lower-tech than the laser level, but it can be ** more accurate over long distances **, and works without a sightline

2020-01-18 20:39:27 UTC  

Earth's surface is 71% water. water is always level.

2020-01-18 20:39:31 UTC  

Globe is dead

2020-01-18 21:01:09 UTC  

2020-01-18 21:02:17 UTC  

na

2020-01-18 21:02:19 UTC  

its round

2020-01-18 21:02:22 UTC  

trust

2020-01-18 21:03:12 UTC  

Trust is synonymous with faith. You don’t need faith with provable reality.

2020-01-18 21:09:40 UTC  

Water is always level relative to the compressive force.

2020-01-18 21:09:46 UTC  

Relative to normal force.

2020-01-18 21:09:58 UTC  

Normal force, acting at any one point on a globe, perpendicular.

2020-01-18 21:10:13 UTC  

Therefore, quite easily, you can have 'level' water on a globe.

2020-01-18 21:10:19 UTC  

Fluid Dynamics even account for this.

2020-01-18 21:10:33 UTC  

But if we wish to misuse basic Fluid Dynamics, go for it.

2020-01-18 21:13:53 UTC  

It’s not so easy, when it’s neither observable, or measurable in real life. Two demands proof needs. And you can’t assume a measurement, without first observing.

2020-01-18 21:15:04 UTC  

No, but you observe that too.

2020-01-18 21:15:16 UTC  

Water finds 'level' relative to the normal force induced on it.

2020-01-18 21:15:31 UTC  

We do not observe water curving over a sphere.

2020-01-18 21:15:38 UTC  

Rather, normal force is its reaction to compressive forces of gravity.

2020-01-18 21:15:41 UTC  

We do, however.

2020-01-18 21:15:46 UTC  

Consider for a moment...

2020-01-18 21:15:59 UTC  

Why do we see the horizon further out when we raise altitude?

2020-01-18 21:16:06 UTC  

Which is disproportionally longer in distance

2020-01-18 21:16:13 UTC  

Than if we were at sea level, or even at 5,000'

2020-01-18 21:16:30 UTC  

The distance at which it increases is quite noticeable, up to a point.

2020-01-18 21:16:36 UTC  

Why is this the case?

2020-01-18 21:17:25 UTC  

We are supposed to see the horizon curve on a sphere.

2020-01-18 21:17:38 UTC  

That is the nature of every sphere in reality.

2020-01-18 21:17:48 UTC  

Earth doesn’t do that.

2020-01-18 21:18:05 UTC  

You didn't answer my question, though.

2020-01-18 21:18:21 UTC  

We are supposed to see farther when we elevate.

2020-01-18 21:18:29 UTC  

Why is that on a flat surface?