Originally posted by expert999
I just said that there is enough to cover the whole earth. that is if you level out all the land.
Well, duh. But that's not really saying anything is it?
the continents are still connected, just the low places are filled with water.
No, the continents are
not connected underwater.
ok you dont know where the moon came from.
you do not know how old it is.
either the moon was created or it came to be by some other way of evolving or forming.
I don't understand this. You said that you had been studying these things for many years. You should know what the standard theories are and you
should be explaining why they are wrong.
The moon came from the earth. A large impactor hit the earth, and this volatilized both bodies. Part of this molten slag was thrown into space, alot
of it returned to earth, and some of it stayed in space, forming the moon. The best evidence for this, besides the computer simulations that
demonstrate that the phyics make sense and are reasonable, is that the material of which the moon is made up of is extremely similar to the stuff that
the
crust and mantle of the earth are made up of.
The formation of the moon has
nothing to do with evolution. Evolution is the change of biological species thru time. "Cosmic' evolution is
the changing of the universe and 'stellar evolution' is the series of stages thru which a star goes. The three things are completely different.
Stellar evolution, for example, is a 'controlled' process in which the star burns out and changes during its lifetime in generally predicable ways.
Organic evolution is completely inpredictable and is dependant upon the conditions of existence that the species finds itself subjected to. Inorganic
evolution, like stellar, cosmic, or even lunar, 'evolution', has
nothing to do with biological, darwinina, organic evolution. Any process by
which any thing changes, can be called 'evolution', its simply a vulgarization of a latin term meaning, roughly, 'unravelling'. So we can talk
about the 'evolution' of the moon, we can look at the evidence and come up with an hypothesis about how it got here, and we can be completely wrong,
and it doesn't affect biological evolution
at all, becuase its unrelated.