LOL.
So the Sun is bright enough to illuminate planets much farther away from it then the Earth is, but it's not bright enough to illuminate across a supposed flat earth.
When the sun is directly overhead, that would easily reach to both "ends" of the Earth. Atmosphere would not stop it. The light bulb example is laughable, because you're trying to show that the "ground"...in this case, the wall, is only illuminated and "bright" for a short distance. But even from a long distance away, there is still SOME light, and you can still see the light bulb itself. It's not, and never is, completely dark. That light bulb wouldn't be providing you any illumination to speak of from 100 yards away, but you'd still see the bulb itself just fine. Just like you'd see the Sun. You can see the sun from Pluto, but you can't see it from one side of a flat earth to another? LOL.
Your example makes absolutely no sense, but then again the fact that it doesn't makes sense...actually makes sense.
So the Sun is bright enough to illuminate planets much farther away from it then the Earth is, but it's not bright enough to illuminate across a supposed flat earth.
When the sun is directly overhead, that would easily reach to both "ends" of the Earth. Atmosphere would not stop it. The light bulb example is laughable, because you're trying to show that the "ground"...in this case, the wall, is only illuminated and "bright" for a short distance. But even from a long distance away, there is still SOME light, and you can still see the light bulb itself. It's not, and never is, completely dark. That light bulb wouldn't be providing you any illumination to speak of from 100 yards away, but you'd still see the bulb itself just fine. Just like you'd see the Sun. You can see the sun from Pluto, but you can't see it from one side of a flat earth to another? LOL.
Your example makes absolutely no sense, but then again the fact that it doesn't makes sense...actually makes sense.