Lunar eclipses are well explained by a globe. The Earth's shadow obscures the moon as it passes behind the behind the Earth from the suns point of view. Very accurate predictions are made by the globe model including lunar and solar eclipses. I was wondering if you had an explanation of how that could be accounted for on a flat earth. How does the moon disappear in a lunar eclipse?
Thanks your video demonstrated my point. The cycles of the moon phases are not the same thing as a lunar eclipse. And the moon does rotate every day as it passes overhead, pay more attention outside please.
Lunar eclipses are well explained by a globe. The Earth's shadow obscures the moon as it passes behind the behind the Earth from the suns point of view. Very accurate predictions are made by the globe model including lunar and solar eclipses. I was wondering if you had an explanation of how that could be accounted for on a flat earth. How does the moon disappear in a lunar eclipse?
Thanks your video demonstrated my point. The cycles of the moon phases are not the same thing as a lunar eclipse. And the moon does rotate every day as it passes overhead, pay more attention outside please.
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