Wahey, he's back! Hodge, if the Sun rotates the flat earth, why is it colder when the days are shorter, when a shorter day would mean the Sun is at a closer orbit?I'm actually watching cockpit high altitude video footage recorded by the pilots, no a curve in sight, what's more viewing a close and local sun. There is a interesting video by Rob Skiba where he uses science being used to claim the ball earth to actually show how the moisture in the atmosphere causes the sun to appear to set. Just thought I'd let you know I'm safe and well and not fallen off anything, cheers.
No bother mate, post a link, myself and @Chippy_boy might have a few questions though, stick round and answer them.There's a interesting video available you may want to watch regarding a chap by the name of August Picard.
Might have something to do with edging further north from the imaginary equator thus creating longer days. Why would the sun change altitude when it's travelling across east to west.Wahey, he's back! Hodge, if the Sun rotates the flat earth, why is it colder when the days are shorter, when a shorter day would mean the Sun is at a closer orbit?
There’d still be some c unt with a speed camera.I would think you could if you travelled at warp speed.
If it takes less time to go from East to West over a flat plane then it's in a smaller high orbit and therefore closer. Either that or it's travelling faster, but then why would we have longer nights if it was faster?Might have something to do with edging further north from the imaginary equator thus creating longer days. Why would the sun change altitude when it's travelling across east to west.
No bother mate, post a link, myself and @Chippy_boy might have a few questions though, stick round and answer them.
Bloody hellNo bother mate, post a link, myself and @Chippy_boy might have a few questions though, stick round and answer them.
Not sure what you mean, first off I'm not making out I know what the shape of the earth is, but if you for a moment accept the earth as being flat and the continents are level and the oceans encompass thees. Now if the sun moves across east to west depending upon your location determines the amount of sunlight. The sun moves between what we believe to be the tropics.If it takes less time to go from East to West over a flat plane then it's in a smaller high orbit and therefore closer. Either that or it's travelling faster, but then why would we have longer nights if it was faster?
No it doesn't mate, you've infinite perspective on a flat plane, anything big enough can be seen from any distance. That wouldn't affect the amount of time we see it for. It would have to be a lower (high) orbit and a longer (low orbit). Which would mean it's closer, so it should be warmer. Why is it colder?Bloody hell
Not sure what you mean, first off I'm not making out I know what the shape of the earth is, but if you for a moment accept the earth as being flat and the continents are level and the oceans encompass thees. Now if the sun moves across east to west depending upon your location determines the amount of sunlight. The sun moves between what we believe to be the tropics.
You can see as far as the eye can see, if the Sun is much much closer and nothing like 400 times larger than earth then it's only going to light a part of the earth. With regards seeing over distances If I'm not mistaken it is around 200 miles, but the issue with the ball earth is that earth's curvature calculator is 8 inches per mile squared and this itself creates the problem Land marks points of reference show they should be miles upon miles behind the curve but they aren't.No it doesn't mate, you've infinite perspective on a flat plane, anything big enough can be seen from any distance. That wouldn't affect the amount of time we see it for. It would have to be a lower (high) orbit and a longer (low orbit). Which would mean it's closer, so it should be warmer. Why is it colder?
How close do you reckon the stars are?You can see as far as the eye can see, if the Sun is much much closer and nothing like 400 times larger than earth then it's only going to light a part of the earth. With regards seeing over distances If I'm not mistaken it is around 200 miles, but the issue with the ball earth is that earth's curvature calculator is 8 inches per mile squared and this itself creates the problem Land marks points of reference show they should be miles upon miles behind the curve but they aren't.
Aguero have you seen nasas images of the sun, were they of this large burning erupting mass. And have you viewed the sun yourself. I viewed the sun when I was younger with my father and it was nothing like nasas image. It was a smooth almost white disc and you can watch the sun spots move.You can see as far as the eye can see, if the Sun is much much closer and nothing like 400 times larger than earth then it's only going to light a part of the earth. With regards seeing over distances If I'm not mistaken it is around 200 miles, but the issue with the ball earth is that earth's curvature calculator is 8 inches per mile squared and this itself creates the problem Land marks points of reference show they should be miles upon miles behind the curve but they aren't.