If the Earth is flat and the North Pole is the center of a circular flat Earth, then . . . distances in the southern Hemisphere are much greater between lines of latitude than distances between the same lines of latitude north of the equator.
This means that the sun (according to the flat Earth theory) must travel a greater distance each day in the southern summer than it must in the northern summer. Thus the sun must travel faster in the southern summer.
But if the sun travels faster, then the length of summer daylight for locations in the southern hemisphere will be shorter than for comparable locations north of the equator. The problem is that this is not what the objective evidence shows. Locations equally north and south of the equator will be found to have almost exactly the same length of summertime daylength.
So, to solve this problem, some flat-earth people will say that in the southern summer the sun rises higher in the sky: thus is gives light to a wider area, lengthening the time of daylight. Problem solved? No, now there is another problem. If this were so, then then that increased area of daylight would also affect the time of sunlight at the equator. Thus one would expect that in the southern summer the time of daylight would also increase at the equator. But does it? Absolutely not! The objective evidence at any spot on the equator at any time of the year is exactly 12 hours of daylight year round.
Flat-earthers - Can you resolve the dilemma?
Also if the sun is 3000 miles, or how far ever it is above the earth at all times not going lower then we would experience it going from dark to light, and light to dark different.
For the light would chase the darkness, and the darkness would chase the light for the sun is always above the earth and does not lower.
And we know it is not always light in our area, and it is not always dark.
So when it is daytime in our area and it approaches night time we would see the darkness off in the distance coming our way, but it would still be light in our area, and then the darkness would pass through our area and we would see the light go off in the distance until it is gone and it is all dark as far as the eye can see.
The same with it going from dark to light, we would see the light coming, but dark in our area, and the light would pass through our area and we would see the darkness going off in the distance until it is gone, and it is all light as far as the eye can see.
That is the way it seems it would be to me for it is not always dark, and it is not always light, and the sun always stays above the earth and does not lower.
But we do not see it going from dark to light, and light to dark that way.
But on a round earth as soon as the sun goes down, boom, it is dark, and when the sun rises, boom, it is light.
We do not see the light chase the dark, and the dark chase the light, and if it is a little lighter on the side of the earth where the sun comes up it is still light as far as the eye can see, and the light does not chase the dark, and the same the other way around.
Can you picture how it would be if we were on a flat earth and the sun is always above the earth at the same height, and does not lower.
For that is the way that is would seem to me, because it is not always light, and not always dark, so the light would have to follow the dark, and the dark would have to follow the light.
Also what about gravity, which some people will say that it does not exist.
Gravity - the force that attracts a body toward the center of the earth, or toward any other physical body having mass.
On a round earth no matter where you stand you have the same amount of earth under you, the same with objects, so gravity goes downward.
But on a flat earth wouldn't we be pulled to the center of the flat earth and move sideways if we were not in the center.