saturn
EXAMPLE 19. SATURN – ITS MOVEMENTS SYNCHRONIZED WITH THE MOVEMENTS OF OTHER PLANETS.
In this example, I will show you how many of the planets have their movements very precisely synchronized with The Movements of The Planet SATURN.
The following periods (expressed in Earth days) will be used in this example:- Earth orbital period = 365.256 Earth days. Earth rotation period = 0.9972697 Earth days. Mars orbital period = 686.98 Earth days. Mars rotation period = 1.02596 Earth days. Mercury orbital period = 87.9694 Earth days. Venus orbital period = 224.695 Earth days. Saturn orbital period = 10727.160 Earth days. Saturn rotation period = 0.44401 Earth days. Uranus rotation period = 0.71833 Earth days. Pluto orbital period = 90803.66 Earth days.
To verify these periods, click on the following link:-
www.solarsystemtimeperiods.com/planet-orbital
(A). During one Earth rotation period, Saturn rotates (0.9972697 ÷ 0.44401) = 2.246 rotations, ie;- 2 complete rotations plus A RESIDUAL ANGLE of (0.246 x 360) = 88.6 degrees.
(B). During TWO Mars rotation periods, Saturn rotates [(2 x 1.02596 ÷ 0.44401) = 4.62134 rotations, ie;- 4 complete rotations plus A RESIDUAL ANGLE of (0.62134 x 360) = 223.7 degrees.
(C). During one Uranus rotation period, Saturn rotates (0.71833 ÷ 0.44401) = 1.6178 rotations, ie;- 1 complete rotation plus A RESIDUAL ANGLE of (0.6178 x 360) = 222.4 degrees.
(D). During TWO Saturn orbital periods, Mercury revolves [(2 x 10727.160) ÷ 87.9694] = 243.884 revolutions, ie;- 243 complete revolutions plus A RESIDUAL ANGLE of (0.884 x 360) = 318.2 degrees.
(E). During one Saturn orbital period, Venus revolves (10727.160 ÷ 224.695) = 47.741 revolutions, ie;- 47 complete revolutions plus A RESIDUAL ANGLE of (0.741 x 360) = 266.8 degrees.
(F). During one Saturn orbital period, Earth revolves (10727.160 ÷ 365.256) = 29.369 revolutions, ie;- 29 complete revolutions plus A RESIDUAL ANGLE of (0.369 x 360) = 132.8 degrees.
(G). During one Saturn orbital period, Pluto revolves (10727.160 ÷ 90803.66) = 0.118 revolutions, ie;- an angle (A RESIDUAL ANGLE) of (0.118 x 360) = 42.5 degrees.
(H). During TWO Mars orbital periods, Saturn revolves [(2 x 686.98) ÷ 10727.160] = 0.1281 revolutions, ie;- an angle (A RESIDUAL ANGLE) of (0.1281 x 360) = 46.1 degrees.
Now we see these eight RESIDUAL ANGLES displayed as
In the above graphic, it is clear that THE RESIDUAL ANGLES very closely "HUG" THE OCTANTS.
To see further similar examples (FULL Demonstrations) of THE OCTANTS RULE, and synchronization of the movements of Solar System bodies, go back to the "full-demonstrations" page by clicking on the following link:-