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Originally posted by KillenfizzenHumboflorator
How is this even possible in a place where gravity nor atmosphere is said to exist?
Originally posted by richierich
The moon has been proven hollow many times...
Think hard about this little factoid: No matter how big the size of the crater on the moon, they are all of the same depth, basically. Even gigantic craters are no deeper than small ones.
Originally posted by SNAFU38
reply to post by Aquarius1
Oh & 4. To hide from curious people like us, thats the most probable reason.
news.discovery.com...
Originally posted by ngchunter
Originally posted by richierich
The moon has been proven hollow many times...
With a moment of inertia of 0.393 it is nothing of the sort. A hollow moon would have a moment of inertia of 0.67. A perfectly homogenous sphere has a moment of inertia of 0.4, so that means the moon has a small core.
Think hard about this little factoid: No matter how big the size of the crater on the moon, they are all of the same depth, basically. Even gigantic craters are no deeper than small ones.
Newton crater depth: 29,000 feet
Copernicus crater depth: 12,303 feet
Tycho crater depth: 15,748 feet
Kepler crater depth: 8,858 feet
Gassendi crater depth: 6,234 feet
Just a few examples. In short, no, they are not all the same depth, even the big ones. All the ones I've listed here are big, and some are huge.
Originally posted by richierich
You miss the point: the depest crater is NOT the largest crater...
The deepest crater is Moretus, which is by far NOt the largest. One would think that if there was no shell beneath the crust that the largest craters would slao be the deepest, makes sense...
The fact is that the craters never go deeper than 5 kilometers, no matter how big across they are.