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« on: January 14, 2006, 04:46:28 PM »
This may well have been answered before, but then half of the ideas around here get recycled from time to time, so why not this one?
Suppose the Earth is flat. For the sun to come up from East to West for everyone on the planet, it's got to rise over the circumference of the disk (assuming it's a disk, right?), fly overhead, and then "set" somewhere on more or less the opposite side of where it started.
Okay. So far, so good. We know that, in general, it's warmer when the sun's up (day) than when it's not (night), so the sun appears to have something to do with warmth. I think it's possibly even fair to say that the sun might well be where the heat comes from.
I'd be grateful for someone to explain, possibly by drawing a path on the flat Earth that the sun takes each day, which accounts for the fact that the North and South pole are cold (that is, don't get much sun) while the equator is warm (that is, gets quite a lot of it). Any theory needs to take account of the seaons that everywhere apart from the equator (that includes the poles) experiences.
The reason I'm asking? I've tried to figure it out for myself, and I can't. Intellectually superior flat Earthers (and I suppose this includes the traitorous EnragedPenguin and 6strings :wink:) can help too.
And it had better be good this time: no bullshit!