I know for a fact that the earth is round.
No you don't. Go back 3 spaces.
Explain a sensor that tests the magnetic fields of the earth in different places all around the globe that combined with GPS tell your present position on a display of the globe. why is the magnetic field close of uniform around the globe.
Just change the meaning of the word "geostationary" to mean "attached to the dome of Heaven" and you'll find your answer there. As for magnetic fields, what's wrong with the idea of a circular magnetic field radiating out from the north pole equally in all directions until it reaches the wall of ice at the edge?
Also if the world is flat why when there is an earthquake do other continents experience larger waves.
...what do you mean, waves? Not with you. You mean like, sea waves, or shockwaves? Explain please.
How do satalites even work if the world is flat.
See above for geostationary satellites. As for the rest, well, they're so light (things need to be light if you're gonna send them into space, for obvious reasons) that the gravitational fields of the (tiny) stars, which pull upwards instead of down like that of Earth, drag them between them on a course predetermined by the calculations of the various space agencies. Why else do you think they go in such a wonky pattern? They go from one edge to the other along a weird pattern, and then they slingshot round over the tops of them and end up in a slightly different place, then do the round again.
Explain the jet wave and weather patterns
Not sure how these disprove God's truth about the flat Earth; enlighten me.
Explain eclipses. And how we appear circular.
Why is an unseen dark body in the sky any more likely than this ridiculous "dark matter" which "scientists" use to explain away the holes in their ridiculous theories of the Universe?
In fact explain the movement of techtonic plates, volcanos, earthquake.
Why are these inconsistent with a multi-layered, flat Earth?
How do you explain the density of the earth when sonic waves are used to detect it.
(Also answering the next poster's point) That one's easy. Even "round-world" scientists admit that the shockwaves from earthquakes appear on seismometers on other points around the Earth because they are refracted when passing through rocks of changing density. Is it not, therefore, obvious? The disc is just thick enough that the shockwaves refract to other points on it. Some shockwaves shake the bottom of the disc, too, of course - but what can you do to detect those?
Edit: I'm not a flat-earther, but actually, I'm starting to see this as a fascinating logical challenge; to provide counterarguments
