How does a flat earther explain how the sun and moon rises?
Did you make this thread before researching the flat earth answer? Because if you did, you wouldn't have asked the question.
Melodicmarc posted this:
If this model is correct, then there are times where it is always sunny in the North Pole for extended periods of time. However Antarctica would never experience that same phenomena according to this model. However physical evidence suggests otherwise as there are personal accounts of consistent sun in Antarctica as well.
and he is quite correct. Antarctica experiences exactly the same sunlight phenemona as the Arctic, only six moths apart.
Everywhere south of the Antarctica Circle experiences the "midnight sun" (24 hour sunshine) on the 21st of December and the South Pole experiences continuous daylight from the 21st of September to the 21st of March.
If you had researched the answer, then gone out during "sun-up", and "sun-down", it matches the flat earth model, not the ridicules spinning ball model.
You're dreaming! Please explain how the model in "the Wiki" or "FAQ" can explain the above phenomena?
What I see is the sun coming up from behind the horizon and sets behind the horizon like this!
Sometimes I find it hard to believe that any Flat Earther has ever really seen a sunrise or sunset.
Are you really going to claim that the sun in these photos is going behind the horizon due to "perspective", or "something"!
I have to tell you that the "ridicules spinning ball model" (as you call it) explains the sun in Antarctica and in the Arctic and everywhere else perfectly well!
The explanation FAQ is:
What About Seasons?
The radius of the sun's orbit around the Earth's axis symmetry varies throughout the year, being smallest when summer is in the northern annulus and largest when it is summer in the southern annulus. Additionally it also raises and lowers. This causes the effect of the sun appearing to move in a figure eight throughout a year.
What about Day/Night and Sunrise/Sunset?
The sun simply illuminates only a portion of the earth at a time. This also explains timezones as we can then see the path of the Sun, a circle above the flat earth.
The explanation of sunrise/sunset is

"The sun simply illuminates only a portion of the earth at a time."

So, please tell me how the sun
stays always the same size, till right on sunset, and then how
it appears to dip below the horizon, because there is absolutely no doubt that is what it appears to do!