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Flat Earth Debate / Rendered Picture of Flat Earth Universe
« on: March 07, 2006, 02:42:41 AM »Quote
There's no logical connection between the above paragraph, and the following sentence:
Ok, see if you can follow this. If the Earth is a sphere, and Right now i'm assuming it is for these purposes (And we seem to have driven off every Flat Earther On the forum, So I'd say this point is Academic), And it is orbiting the sun, then one Area of the Earth will be closer to the sun. The only way this will not be true is if the Earth is a concave shape.
Because sunlight will weaken as it travels through more of the atmosphere, then the light traveling a direct path through said atmosphere at the equator will not have spent as much time travelling through the Atmosphere, as the distance between the edge of space and the Earths surface will be smaller.
At the poles, The distance from where the suns light hits the Atmosphere to where it hits the surface of the Earth will be greater than at the Equator. This means that the light will pass through more of the Earth's Atmosphere, making it weaker.
Thus because the part of the Earth known as the Equator is at the Equator, and is thus closer to the sun, it is hotter. As the Sun is the only non negligeble Heat Source in the solar system available to Earth, then the statement "the Equator is hotter because it is closer to the sun" is Logically connected to the argument.
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Honestly I'm pretty shocked about this "mountaintops get pretty hot" claim. When they're bursting forth with lava, maybe.
I was thinking of Nepal... not alot of snow up there. Also I think we could locate some mountains that didn't have snow on them year round... But I think you are making a big issue of a small arguement
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Actually, it does, and to a much greater degree. Like, on Earth, some places are maybe 1.00000005 times closer to the sun than others. On the flat Earth, with the sun 3000 miles away, Consider a point directly underneath the sun (3000 mi) and a point, say, 4000 mi away, or 5000 mi from the sun. The difference here is a factor of 1.4. Wouldn't you say that's a little more significant than 1.00000005?
I think most people have accepted that the flat Earth is dead. Under the current theory, the flat Earth's Sun will not have the mass to begin stellar fusion. However what I was taking issue here with was not the distances from the sun, but is current orbit. (now you look at the current model since I'm not going to spend a page describing its motion) The Suns current orbit will continually alter The distance between any given point on the Earths surface and the sun. Assuming the Suns heat to be constant, and its orbit regular, then the weather patterns causing the deserts would not exist, as the air the is being cooled as it moves to the north and south would instead be heated continuously as the sun followed its orbit. This process would result in a complete abscence of deserts as they would no longer lose all there moisture to winds moving back towards the Equator.
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Yeah, so, here's the counterexample to your own argument (so much for case studies), and it's in fact why I brought it up in the first place. Antarctica, surely, is farther from the sun than either the Saharah or the Kalahari, and is farther from the equator than them, as well as being farther from the equator than where I live, which as it turns out is a rain forest.
Antarctica is a COLD desert, as indeed it gets no rain. Thus by the DEFINITION of a desert it is one. How ever, it is desert for a different reason; it is not warm enough for rain to occur. It is NOT a desert for the same reasons as the Sahara, Thus it is NOT a counter example.
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I think you should examine your argument, which was a misdirected attempt to establish closeness to the sun with hotness, dryness, and desertness.
Where have I used the word dryness in my Arguement? Or Desertness? and Is desertness even a word? And if you read my arguement, you would see that I have established that the distance between Earth and the Sun is related to the 'hotness' of an area. I have established that certain deserts exist where they do because Of their proximity to the sun, and as an indirect result of Earths stable orbit around the sun. On the flat Earth this does not exist, BECAUSE of the suns instable orbit.