different concentric circle depending on time of year

Oh that’s the same on a globe middle

easy

Model

it doesn't work

this doesnt work on a globe

if it's in the middle then that would overheat

nor this

Now it sort of works, but it does not explain why you the sun does not cover the entire earth with light

thats true

the sun cover only one half of the earth

https://www.youtube.com/watch?v=JDy95_eNPzM&app=desktop

the globe makes more sense

ok 🙂

You believe the sun is not powerful enough to cover the entire earth yet it can power entire cities for years and if we could harness its full power we would be able to have power for hundreds of years

why are you looking up to determine the shape of the earth?

look down

well solar panels makes it possible

it's a globe

this is impossible on a ball

thats bechouse they are too close

if it's flat how you explain the horizon?

Lol

lol

no....the real question...how do you explain the horizon on the ball 😂

Based

Bad use of words the horison looks flat

It's not even about the shape...but the distance

you can calculate the distance to the horizon. yet we can see it way way past that distance

the globe is dead

My opinion is that the globe is so vast and we don’t see very far, the horizon looks flat

how "vast" is it?

Idk I’m not google

the horizon is the distence you see till where it curves for you if it was flat you could keep seeing the ship even with a telescope but when it over the horison the ship disapears not even a telescope can see it

not true. you can calculate the distance to the horizon. simple math

it's not subjective

Can we stop texting so I can have some time to explain some of our model