What would happen if those two rotations increased or decreased?
Human beings on average live about 80 years +/-. If the rotations increased we would reach our 80 years quicker (appearing to have a shorter life) and if our rotations decreased it would take longer to reach our 80 years (appearing to have a longer life.
Our solar system is one of many solar systems in our Milky Way Galaxy and each solar system has planets that are revolving around something like a sun or a moon. Each of these planets in each of these solar system in the Milky Way Galaxy are revolving around as they move along the arc of their orbits... and the same logic around increasing/decreasing the spin is applicable.
Our Galaxy is one of many Galaxies in the Universe in which the same thing is happening with their various solar systems and with their various planets.
This spin/rotating orbits of planets, solar systems, and galaxies have a direct corelation with not just gravity but with TIME. And, while we do not have any scientific proof that there is life on all these planets, then we cannot say that there is a direct correlation with LIFE except on the planet earth.
If we stopped spinning and rotation in our solar system and on the planet earth as well, THEN TIME WOULD STOP... There would be no past-present-future construct or concept of time. We would not age and if we did age, there would be no way we could measure that aging process.
If the spinning rotation (orbiting) stopped would there still be LIFE???
Is life contingent upon TIME?
We could speculate as to what might happen but we do not know for sure... and, if we do know, then no one talks about it...
Would the laws of physics still apply if there was no TIME?
Would we still have spacetime?
Or, for that matter the speed of light?
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