well its hard to get an exact value for the refraction without values for the air density in that region

it CANNOT explain the horizon

forget it

stop trolling

it does, because the refraction is working in a way thats parabolic

you DONT have refraction

derp

Distance to the horizon D = sqrt(2 * height of your eyes * Radius of the Earth)
To see where this equation came from go to : http://www-spof.gsfc.nasa.gov/stargaze/Shorizon.htm

wheres it say 'refraction'

exactly

welcome to flat earth

the refraction of light is curved on a spherical earth

nope

let's just ignore him

obvious <:trolled:555217274907262976>

everytime you say refraction youre a flat earther 🙂

probably he will go away

well as far as I am concerned your all wrong as you haven't offered any real counter evidence to this.

only literal appeals to authority

So your link states: "we neglect the refraction of light in the atmosphere, which may increase this value" btw

https://www.youtube.com/watch?v=X6MPNrWv47M

bye bye glob

Given refraction depends on the temperature gradient, being over ice does not negate refraction. In fact refraction can be extreme in arctic regions where the atmosphere can be much much warmer than the ocean or ice

youre not allowed refraction in a glob model

Because?

https://media.discordapp.net/attachments/484516084846952451/683279473357226044/unknown.png?width=659&height=398

The earth is round u goy fogs

I'm not sure what your point is?

I joined this to say this ur all dumb asf the earth is round

Idiots

Stupid

Ur bad

Ahhahaha

Earth is round

There's a geometric horizon because the earth is round, and also there is refraction, therefore the actual location is distorted/you get weird optical effects

So u think the earth is round too

Indeed

there are no weird effects, just the horizon being at a distance impossible for a ball