Here.
For the first one, the moon is currently receding at about 3.8cm/year.* So 1 million years ago the moon would be all of 38 kilometres closer.**
Touching the Earth? Pfui.
*Referenced only for the current recession rate.
**If Mike mistook 1 million for 1 billion, the moon would have been at 90% of its current distance. Even 4bya it would be 230,000 kilometres away - well over half the current distance. It would never have been touching the Earth.
The moon moves farther from the earth every year. If the solar system was more than a million years old, the moon would be touching the earth at that time.
The rotation of the earth, around its axis, decreases over time. If projected back so many millions of years ago, the earth would have had to do a 360 rotation in 2.5 hours ...which would have scattered the water away from its surface.
There is no theory for the initial creation of planets from scattered particles in space.
The theory for the high density of Mercury assumes that there must have been soft material at the outer layers ...but where the outer material was thought to be knocked away by an asteroid hit.
Uranus and Neptune couldn't form within the age of our solar system using planetary-formation theories.
No new stars have ever been seen to be forming ... so we can't claim new-star formation as a normal aspect of the universe.
Gas clouds are too dispersed to independently contribute to star formation.
The speed of light has probably changed drastically -- so we couldn't use the speed-of-light to determine the distance and age of stars
One observation was concerning 300 remote mature Galaxies that formed 3 to 6 billion years after the Big Bang. The secular model expected "zero massive galaxies beyond about 9 billion years ago" (Video 2 22:07) [http://www.sciencedaily.com/releases...708014406.htm]
The rotation of the earth, around its axis, decreases over time. If projected back so many millions of years ago, the earth would have had to do a 360 rotation in 2.5 hours ...which would have scattered the water away from its surface.
There is no theory for the initial creation of planets from scattered particles in space.
The theory for the high density of Mercury assumes that there must have been soft material at the outer layers ...but where the outer material was thought to be knocked away by an asteroid hit.
Uranus and Neptune couldn't form within the age of our solar system using planetary-formation theories.
No new stars have ever been seen to be forming ... so we can't claim new-star formation as a normal aspect of the universe.
Gas clouds are too dispersed to independently contribute to star formation.
The speed of light has probably changed drastically -- so we couldn't use the speed-of-light to determine the distance and age of stars
One observation was concerning 300 remote mature Galaxies that formed 3 to 6 billion years after the Big Bang. The secular model expected "zero massive galaxies beyond about 9 billion years ago" (Video 2 22:07) [http://www.sciencedaily.com/releases...708014406.htm]
For the first one, the moon is currently receding at about 3.8cm/year.* So 1 million years ago the moon would be all of 38 kilometres closer.**
Touching the Earth? Pfui.
*Referenced only for the current recession rate.
**If Mike mistook 1 million for 1 billion, the moon would have been at 90% of its current distance. Even 4bya it would be 230,000 kilometres away - well over half the current distance. It would never have been touching the Earth.
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