Message from @$amad

Discord ID: 674387638433611776


2020-02-04 22:52:22 UTC  

I just did

2020-02-04 22:52:25 UTC  

He just did

2020-02-04 22:52:38 UTC  

According to you, the lens isn’t responsible for this horizon bending concave then? Mhmm.

https://cdn.discordapp.com/attachments/538929818834698260/674386868359528487/image0.jpg

2020-02-04 22:52:59 UTC  

No you didn’t
What direction does it bend?

2020-02-04 22:53:05 UTC  

It depends on what angle it hits the medium

2020-02-04 22:53:32 UTC  

for those who do not believe in flat earth i have proof

2020-02-04 22:53:37 UTC  

What

2020-02-04 22:53:45 UTC  

@Foot Fungus what is it

2020-02-04 22:53:59 UTC  

@$amad
What about over a large body of water?
How will light bend?

2020-02-04 22:54:01 UTC  

i have a picture of the photo i was supposed to photoshop

2020-02-04 22:54:20 UTC  

It will not bend unless it goes through the water

2020-02-04 22:54:26 UTC  

its not very good quality since it was taken a long time ago and i had to take it in secret

2020-02-04 22:54:36 UTC  

why cani not send photos

2020-02-04 22:54:42 UTC  

Let’s see it then

2020-02-04 22:54:47 UTC  

O

2020-02-04 22:54:53 UTC  

Light travels in straight lines

2020-02-04 22:54:55 UTC  

where do i send photo?

2020-02-04 22:55:09 UTC  

Photos arent proof

2020-02-04 22:55:17 UTC  

If nasa can photoshop so can you

2020-02-04 22:55:25 UTC  

Atmospheric refraction

2020-02-04 22:55:42 UTC  

Thats not how it works

2020-02-04 22:55:46 UTC  

@Foot Fungus what about a lunar eclipses

2020-02-04 22:55:55 UTC  

There needs to be a change in medium for refraction to occur

2020-02-04 22:56:01 UTC  

A change in density

2020-02-04 22:56:17 UTC  

@some nibba Selenelion eclipses debunk your point

2020-02-04 22:56:26 UTC  

If light travels in air and the medium doesnt change it wont refract

2020-02-04 22:56:29 UTC  

Where you can see the eclipse and the sun at the same time

2020-02-04 22:56:57 UTC  

Have i explained basic physics to you yet?

2020-02-04 22:57:48 UTC  

Atmospheric refraction becomes more severe when temperature gradients are strong, and refraction is not uniform when the atmosphere is heterogeneous, as when turbulence occurs in the air. This causes suboptimal seeing conditions, such as the twinkling of stars and various deformations of the Sun's apparent shape soon before sunset or after sunrise

2020-02-04 22:58:03 UTC  

You can observe atmospheric refraction over large bodies of water

2020-02-04 22:58:07 UTC  

Did u just copy and paste that

2020-02-04 22:58:10 UTC  

Yes

2020-02-04 22:58:56 UTC  

Dont copy and paste something you dont understand..

2020-02-04 22:59:11 UTC  

It makes perfect sense.

2020-02-04 22:59:33 UTC  

Don’t deflect from it when you know it’s correct too.

2020-02-04 22:59:35 UTC  

No refraction doesnt make a curve the curve was always there

2020-02-04 22:59:39 UTC  

So I’ll ask you again

2020-02-04 22:59:50 UTC  

How does light bend due to atmosphere refraction

2020-02-04 23:00:03 UTC  

You dont understand it omg.

2020-02-04 23:00:44 UTC  

Slight deformations due to atmospheric conditions has nothing to do with seeing a curve in outer space