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You certainly do deserve an answer, but since I'm tired right now, I'll leave you with this link to another thread
False dilemma. Maybe it isn't designed at all.
Incorrect. One is based on hypotheses, theories, repeated tests, and observations - the other is based on an ancient book.
You thought I came to ATS to learn something? I don't remember asking for answers - just for opinions and some solid debate.
It won't happen for a long while, 500 million years or more as best I can tell!
The earth-moon and earth-sun orbits are both elliptical, so the distances between these objects change over the course of an orbit. The "best" possible time for a solar eclipse is when the earth and moon are as close as they possibly can be (so the moon appears large in the sky) while the earth and sun as as far away as they possibly can be (so the sun appears small in the sky). It turns out that at this point, the size of the moon in the sky is about 4.6 percent larger than the size of the sun.
This means that the average earth-moon distance will need to increase by 4.6 percent for there to be no more total solar eclipses - when this happens, the moon will always be smaller than the sun, even at the most favorable time for an eclipse.
4.6 percent of the earth-moon orbital distance is around 17,000 kilometers, and given the current rate at which the moon moves away from the earth (3.8 centimeters per year), it will be around 500 million years before the moon has reached the required distance.