Message from @ItsAMe

Discord ID: 570390530329018369


2019-04-23 23:24:54 UTC  

did u see it on google earth?

2019-04-23 23:24:59 UTC  

taht's a projection of travel

2019-04-23 23:25:07 UTC  

but light doesn't travel along the surface of the earth

2019-04-23 23:25:19 UTC  

Alright, @earth is round as fuck has been warned for '**Duplicated text**'.

2019-04-23 23:25:22 UTC  

ok wherever it rises that direction is east for everyone on earth so where do u wanna say it is

2019-04-23 23:25:29 UTC  

if you're stuck the globe east takes you to the earth but light isn't stuck to the globe

2019-04-23 23:25:41 UTC  

thats a first

2019-04-23 23:25:41 UTC  

the sun? it's not stuck to the surface of the earth that's for sure

2019-04-23 23:25:51 UTC  

and it doesn't travel like someone walking on the surface

2019-04-23 23:26:22 UTC  

ok the sun is rising in the east freeze frame

2019-04-23 23:26:38 UTC  

im in new york and someone is in brazil

2019-04-23 23:26:54 UTC  

lol what's a freeze frame/

2019-04-23 23:27:00 UTC  

freeze it up

2019-04-23 23:27:04 UTC  

stop time

2019-04-23 23:27:06 UTC  

Your east lines are parallel

2019-04-23 23:27:08 UTC  

nothing moves

2019-04-23 23:27:38 UTC  

@jeremy draw lines that go east, that aren't stuck to the surface of the globe,

2019-04-23 23:27:43 UTC  

ur telling me ifthe new york guy and the guy in brazil walk straight toward that point their paths would never cross ?

2019-04-23 23:27:44 UTC  

then they don't go to the equator

2019-04-23 23:28:17 UTC  

They would cross at about 93 million miles away

2019-04-23 23:28:19 UTC  

@AstralSentient i tried, he can't visualize a tangent, vs a line taht follows the globe surface

2019-04-23 23:28:23 UTC  

In the globe model

2019-04-23 23:29:01 UTC  

I think his last question nails it for me

2019-04-23 23:29:11 UTC  

*ur telling me ifthe new york guy and the guy in brazil walk straight toward that point their paths would never cross ?*

2019-04-23 23:29:36 UTC  

That point where the sun rises on the equinox

2019-04-23 23:31:17 UTC  

@jeremy Do you understand now/

2019-04-23 23:31:23 UTC  

And the answer is, they would cross in millions of miles but at the start they are pretty much parallel, the convergence is too slight on the earth in the globe model that they start off visually parallel

2019-04-23 23:31:54 UTC  

For observers looking at the sun

2019-04-23 23:32:53 UTC  

Oh, and that sorta assumes the sun is a point source, but it would be much larger than the earth technically, but whatever

2019-04-23 23:35:06 UTC  

On a flat earth, each person would have to have a sun of their own east of them, sorta like a rainbow maybe.

2019-04-23 23:35:56 UTC  

the guy in brazil and the guy in ny are walking toward the same point how do they not intersect each other at some point

2019-04-23 23:36:00 UTC  

thats crazy

2019-04-23 23:36:17 UTC  

we arent talkin flat earth just the globe

2019-04-23 23:36:53 UTC  

if 2 people in different areas walk to the same point they wont intersect thats ur logic ?

2019-04-23 23:38:20 UTC  

Well, theoretically, I could just say they won't intersect, cause why not?
Have a problem with it?

2019-04-23 23:38:47 UTC  

it doesnt make sense at all

2019-04-23 23:39:18 UTC  

if im on the left side of the street and u are on the right side and we both walk towards a stop sign would we intersect ?

2019-04-23 23:39:48 UTC  

They would meet into a giant sun 93 million miles away, the convergence would be so slight, and those lines would just run parallel into the same sun anyways

2019-04-23 23:39:59 UTC  

well hold on

2019-04-23 23:40:48 UTC  

the sun is rising at the equator east for everyone we can put a stop sign up ont he equator where it happens then the guy in ny and the guy in brazil both walk to the stop sign

2019-04-23 23:41:05 UTC  

Kk