Message from @SKELETOR

Discord ID: 571568918007906315


2019-04-27 05:26:38 UTC  

Click link or pay

2019-04-27 05:26:51 UTC  

nah

2019-04-27 05:26:57 UTC  

šŸ˜Ÿ

2019-04-27 05:26:58 UTC  

Ok

2019-04-27 05:27:09 UTC  

Iron man dies

2019-04-27 05:27:15 UTC  

Sjdn ssbj

2019-04-27 05:27:22 UTC  

haha

2019-04-27 05:27:32 UTC  

I already watched the movie

2019-04-27 05:27:40 UTC  

Very cool

2019-04-27 05:27:48 UTC  

Btw

2019-04-27 05:28:11 UTC  

I will snap you out of existence

2019-04-27 05:28:20 UTC  

nah

2019-04-27 05:28:29 UTC  

Gucci sweat suit yah they thought I was joggin

2019-04-27 05:28:41 UTC  

Is the earth square or pyramid

2019-04-27 05:28:50 UTC  

It's a planet

2019-04-27 05:28:58 UTC  

Nope pyramid

2019-04-27 05:29:03 UTC  

And Iā€™m at the tip top

2019-04-27 05:29:31 UTC  

You are now banned from United States

2019-04-27 05:32:18 UTC  

Eating Oreos in a parked car

2019-04-27 05:34:02 UTC  

Roast battle

2019-04-27 05:34:05 UTC  

Damn

2019-04-27 05:34:07 UTC  

aaAA

2019-04-27 05:34:22 UTC  

Great video shooting at the moon @Human Sheeple

2019-04-27 05:34:35 UTC  

https://cdn.discordapp.com/attachments/484514023698726912/571569865702506499/FlatEarthBlueLaser.png

2019-04-27 05:34:59 UTC  

https://cdn.discordapp.com/attachments/484514023698726912/571569969054089216/FlatEarthRefractionUp7.png

2019-04-27 05:35:31 UTC  

"In fact, it can be shown that the refraction near the horizon depends mostly on the local temperature gradient, which is much more important than the local temperature itself. For this reason, all the refraction phenomena near the horizon ā€” mirages, dip, terrestrial refraction, etc., as well as the astronomical refraction ā€” are very sensitive to the temperature gradient; and they all vary a great deal more than does the astronomical refraction well up in the sky."
To: "It is obvious that the effect of temperature variation is decisive over the
other atmospheric factors on refraction, to the following proportions: Temperature to humidity to carbon dioxide content to air pressure = 100 : 6 : 2 : 1 "

INVESTIGATION OF REFRACTION
IN THE LOW ATMOSPHERE
By
K. HORV_,.TH
Department of Survey. Technical university. Budapest
(Received Alay 29, 1969)
Presented by Ass. Prof. Dr. F. SAHKOZY