why were u muted?

>>ban @shrek

<:vSuccess:390202497827864597> Successfully banned @shrek

@Human Sheeple light rays in your GIF bend the wrong way

https://gyazo.com/9e817217a1f49a6e93057ae08ecc3766

As the light rays enter denser air (higher index of refraction), light rays bend towards the normal, not away from it.

The GIF has denser air at the top, and less dense air at the bottom, the complete opposite of reality.

And yes, I am speaking about this gif: https://images-ext-2.discordapp.net/external/WgvIWEmIb3c2aspLX1j4molVxS1CrkFXFUfgg_ZwQGM/https/cdn.discordapp.com/attachments/419246750260264960/468674277009260555/Sunset.gif

The light rays are bending

Disprove it

@Citizen Z They are bending. However, I can see you didn't even read.
**The light rays are bending the __wrong way__**

*cough* The earth is round.

As the light rays enter denser air (higher index of refraction), light rays bend towards the normal, not away from it.
The GIF Human Sheeple sent has denser air at the top, and less dense air at the bottom, the complete opposite of reality.

Refraction goes in the opposite direction irl

Yup

Whoever made it, either flipped the indexes of refraction, or flipped snell's law.

"~~you can't have pressure next to a vacuum~~" "You can't breathe in a vacuum."

@SeekingTruth sure they are 😂

😂

cus the earth is round

Again, you're showing the lower layer as having *less* density.

@Citizen Z n1 has a higher density in that diagram

shown by this image:

You can tell, because the light there is moving towards the normal.
If it were lower, it'd move AWAY

moon landing was real

the flag for one was not moving it was moving only when they touched it

the moon surface is reflective

etc

brb

Alright, @SeekingTruth has been warned for '**Duplicated text**'.

@Citizen Z You are attempting to reverse snell's law. Hmmm

Here, https://gyazo.com/13226bb6391e9986131816b270b3c25c
Every result shows that

How about... a real test? Lasers and water of course.
http://tsgphysics.mit.edu/pics/N%20Refraction/N3/N3_3.JPG

another one http://farm4.static.flickr.com/3543/3322205092_8bb42a8c64.jpg

And another http://2.bp.blogspot.com/-qap4WAjjvaY/TuFlwU1903I/AAAAAAAABWY/AQ3lCcwDxxo/s1600/Snells_7380.jpg

Oh, and one showing what you claim is what happens. Except that light is going into a lower density medium. But in the atmosphere, the sun's rays would be entering higher density, which is what is shown in all of the other pictures.
https://i.ytimg.com/vi/2kBOqfS0nmE/hqdefault.jpg

In conclusion, that GIF is wrong.

Think you missed that

Snells law

That's literally what I said, Snell's law.

In that diagram however, n1 has a higher index of refraction than n2.