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Flat Earth Investigations / Re: I wanted to ask people about this
« on: June 19, 2019, 10:16:51 AM »exactly.If the horizon were a circle, it would appear in only one direction, not two.Because the circle is connected, the two straight segments that are connected with two intersecting points will overlap and become one.So it's impossible to have a horizon in front and behind at the same time.So this proves that the horizon is not a circle flattened to look like a straight line.Because they don't overlap in a line, and they don't have curvature on either side.proponent, do you have access to youtube? Perhaps I could make you a video?I can't watch youtube, thank you, but I just told you why the hula hoop example doesn't fit on the horizon.If you still don't understand, please tell me what you don't understand and I will try my best to explain it to you.
Are you in Jail? Why can't you watch YouTube? Perhaps a country that prevents it? No wonder we're having such a difficult time communicating.
a country,yes
You didn't tell us why the hula hoop example doesn't fit the horizon. You simply said a whole bunch of words in various font colors that literally make no sense. Now English may not be your first language and you speak it far better than I could speak what I could imagine to be your first language, but for what it's worth, you are speaking gibberish.
no,not first language.
So you think the earth is flat. Not a globe. You look around at sea and see just a horizontal horizon line in all directions. A horizontal horizon line in all directions means to you, somehow, that you're not standing on a ball shaped earth because the horizontal horizon line around you would have to be a circle. And that just can't be. Why?
Because a circle is a finite size and a closed graph, a finite size and a closed graph means that if the front and back of the horizon are straight lines, they overlap, so that the horizon doesn't appear in both directions at the same time.If the horizon is not straight and has a small curvature there will be a significant curvature on the left and right sides of the horizon.
Let me add.The horizon doesn't just appear in front of you, it's also behind you, at the same time.
Point missing: the earth is massive. You don't see it's curvature from just staring out at the horizon. The number one argument: It looks flat.
But what I think you're describing is earth shape agnostic. On a flat earth the horizon doesn't just appear in front of you, it's also behind you, at the same time. To use your words. On a globe earth, the horizon doesn't just appear in front of you, it's also behind you, at the same time. So what's your point?
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If it is not a straight line, then a rapidly increasing curvature is observed on the left and right sides.That's the law of ellipses.
This translation software may not fully express what I want to say.