Possible, but to their theory 90 degrees sun distance/position at equinox period is the boundary between bright & dark. It contradicts reality.
No that isn't.
That is an approximation which ignores refraction and discusses the centre of the sun.
You typically get roughly 0.5 degrees extra from refraction, and 0.25 degrees extra from the size of the sun itself.
So no, while your pathetic straw-man contradicts reality, the actual models based upon a round Earth do not.
Certain lower latitude places -from north pole - undergo 24 hours daylight for 46 days. (At this (initial) period "they should still have night time") While north pole undergoes afterwards. It's a reversed logic. It cannot apply on globe model.
On what way can't this apply on a globe model?
They have a period of 46 days where the sun remains above the horizon. That is perfectly fine.
Meanwhile, it makes absolutely no sense on your model.
The car's shadow is lazy LOL
And what do you mean by that?
This is just another video showing conclusively that you are wrong.
You can tell from the shadow which way the sun appears to be moving.
It appears to be moving in a clockwise direction from above or counter-clockwise direction from below.
This is completely opposite what your model claims.
Hence your model is wrong.
But it is entirely consistent with a globe model.
Antarctic is cool and Macho. :') It's verified with many similar timelapses.
Arctic circle?? LOL
Guess what? So is the Arctic circle.
It's verified with many timelapses.
Face it, your model is wrong.
So going to admit your model is wrong yet?