![Oh look, the sun’s movement around the earth [750x1334 - 1.21MB]](https://pic8.co/sh/OZWKTc.png){kind=link}
I watched your video. Now watch one of mine https://invidio.us/watch?v=Vss6zPpfHQo
Ok, I watched it.
And like I’ve said over and over, flight paths work on a flat earth as well.
Consider this point where he says it IS a straight line, just like you would expect on a flat earth. Regardless of the website which had the curved flight path (which is actually straight like he said), flight paths work on both models and your video did not disprove the flat earth. Why not just test for curvature yourself? You need a landmark far enough away, a phone with altimeter (iPhone has it in the compass app, but you have to turn it on in settings), www.distance.to for ‘as the crow flies’ measurements and either an earth curve calculator, or even do the math yourself.
Calculator examples: http://earthcurvature.com/
https://dizzib.github.io/earth/curve-calc/
Screenshots: https://pic8.co/a/62da657d-85fc-432e-878b-6b30a2bdab8a
The second one was VERY interesting - check out Antarctica, why do you think the image was programmed like that?
For your consideration: https://pic8.co/a/f7dd1d57-a70c-4ead-8209-481e66a142ce
Flat paths/durations do not work on a flat map. Pick any flat earth map of your choosing and you will not be able to justify the schedules.
An altimeter measures a distance above the ground. Getting the same results spanning a large distance does not add to the conversation. We would need a laser pointer to conduct the experiment you desire.
Nope. You use your altitude, you find your distance, and you input into an earth curve calculator. Sorry you are having trouble with this simple concept.
I’ve only got a section of a flat earth map, but you only need to use it to show how it doesn’t work, right?
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