DwayneD.L.Rabon
Registered Senior Member
So then in your assement, the orientation of mass on the sun, has no effect on the daily rotation and revolution of the earth.
I would say that the suns distriubtion of mass 14.9 hours ahead of earth has a direct effect on the earth motion both in rotation and revolution. (and may be as small as 1.3 seconds under small variations of the weak force).
Also that it takes about 1 degree of the suns surface to hold the earths mass in orbit. disturbance that occur within that one degree along the line of earths orbit determine the variation in earths motion.
59,750,557 square miles of the suns surface equal 1 Degree
Also the barrier at 91,113,792 miles form the sun is the suns rotational force acting on the solar system, it is this barrier or it should be said, it is the "envelope" as it spans the solar system causeing the revolution of the planets around the sun. Once the earth passes past that point it will move as venus and Mercury. (So the earth is about to fall out of the envelope).
DwayneD.L.Rabon
DwayneD.L.Rabon
I would say that the suns distriubtion of mass 14.9 hours ahead of earth has a direct effect on the earth motion both in rotation and revolution. (and may be as small as 1.3 seconds under small variations of the weak force).
Also that it takes about 1 degree of the suns surface to hold the earths mass in orbit. disturbance that occur within that one degree along the line of earths orbit determine the variation in earths motion.
59,750,557 square miles of the suns surface equal 1 Degree
Also the barrier at 91,113,792 miles form the sun is the suns rotational force acting on the solar system, it is this barrier or it should be said, it is the "envelope" as it spans the solar system causeing the revolution of the planets around the sun. Once the earth passes past that point it will move as venus and Mercury. (So the earth is about to fall out of the envelope).
DwayneD.L.Rabon
DwayneD.L.Rabon