How does a Lunar Eclipse work on a flat earth?
In a lunar eclipse, the sun on the other side of the globe will cast light on the moon from across. Depending on the position of the sun, the moon will either be shown fully or part of it will be shown. The shadow of the moon appears to be round like something round is blocking the rest of the light. So how would this event work on a flat earth when both the sun and the moon are above the earth?
8 Replies
1, non sequitur
2, you just stated both sun and moon are above horizon thus debunking the notion they are lined up as is the story you believe in.
Congratulations, you played yourself
The eclipse is a phenomenon that happens in the sky, not on earth. Earth is experienced and observed as flat and stationary, which is reality. So how does the lunar eclipse work in the sky? Just as it does over earth which is observed and experienced as flat and stationary. There is no further information about the unknowns that occur in the sky which aren't able to be tested.
The sky is above you, the ground is under your feet. The former cannot give you any hint or idea about the latter
The same way a selenelion eclipse doesn't work on a globe.
I don't see that here
"Portugal [July 3, 2023] Moon at one side and Sun went away at opposite side"
@andyholdmybeer
