None of them suddenly change

it should be looking like this and the moon near the earth not divergent rays randomly hitting the moon when a solar or lunar eclipse happens, your model is arbitrary bs

Flat Earth doesn't even have an accurate model lmao

They change often

Can't decide which fake model to present 🤔

I'm not even gonna waste my time on this anymore

Nice ad hominem

If you don't have a working model then how do you expect to teach others about what you believe

"Why does this happen? Oh, it just does"

😂

exactly, it's supposed to be all hitting at the same angle

the sun is very far away

and the moon is a lot closer

hence why the sun looks so small

^^^ Too bad you can’t prove that.

Lol you can literally calculate the distance of the sun to earth from earth

trig c

You mean a mathematical assumption.

trig

Since you can’t tangibly verify it. Meanwhile dismissing the observations the sun is close and local.

mathematics is based off of real life

Oh yeah?

i am gone

trig can be verified with a pencil and ruler

lol

do you think math is fake?

Tangible verification.

We observe sun rays that tell us it is close.

And you’re like, nah. My pre-assumed math says it’s far away.

Unbiased observation doesn’t start with the conclusion it’s a distant light source.

Yet you do.

Who claimed it was distant before proving it

You literally claim it’s 93 million miles away with zero tangible verifiability.

the beams of light do not reveal the position of the sun. you need the length of another "side" of a triangle, by obvserving it from a different point. People did this in 250 BC. All someone needs is two different measuring angles with a known distance between them

verification is in the numbers.

you cant understand relationships between celestial bodies in a tangible way

If you know the distance between two points, doesn’t it stand to argue you can verify the curve in between those two points on a ball earth of 24,901 miles in circumference?

Yes. This is how the circumference was measured as well. By knowing the distance between two points and measuring the angle of the sun's rays by measuring how far the rays would fall into a well, the circumference of the earth was measured