outermost-sats

EXAMPLE 5. THE OUTERMOST LARGE SATELLITES – THEIR MOVEMENTS SYNCHRONIZED WITH THE EARTH YEAR.

Here is a list of The OUTERMOST LARGE Satellites of The Solar System, together with their orbital periods (expressed in Earth days). Earth’s OUTERMOST LARGE Satellite is The Moon (27.32166) and Jupiter’s OUTERMOST LARGE Satellite is Callisto (16.6890184) and Saturn’s OUTERMOST LARGE Satellite is Iapetus (79.3301825) and Uranus’ OUTERMOST LARGE Satellite is Oberon (13.4632423) and Neptune’s OUTERMOST LARGE Satellite is Triton (5.8768441). Note:- Mercury and Venus have no satellites; and Mars has no LARGE satellites, and we will treat Pluto as a Trans-Neptunian Object, rather than as a planet for this example. The Earth Year (ie:- Earth’s orbital period) = 365.256 Earth days.

To verify the above numerical data, scroll to the bottom of this page.

(A). During One Earth Year, The Moon revolves (365.256 ÷ 27.32166) = 13.3687 revolutions, ie:- 13 complete revolutions plus a RESIDUAL ANGLE of (0.3687 x 360) = 132.7 degrees.

(B). During One Earth Year, Callisto revolves (365.256 ÷ 16.6890184) = 21.8860 revolutions, ie:- 21 complete revolutions plus a RESIDUAL ANGLE of (0.8860 x 360) = 318.96 degrees.

(C). During One Earth Year, Iapetus revolves (365.256 ÷ 79.3301825) = 4.6043 revolutions, ie:- 4 complete revolutions plus a RESIDUAL ANGLE of (0.6043 x 360) = 217.5 degrees.

(D). During One Earth Year, Oberon revolves (365.256 ÷ 13.4632423) = 27.1299 revolutions, ie:- 27 complete revolutions plus a RESIDUAL ANGLE of (0.1299 x 360) = 46.8 degrees.

(E). During One Earth Year, Triton revolves (365.256 ÷ 5.8768441) = 62.1517 revolutions, ie:- 62 complete revolutions plus a RESIDUAL ANGLE of (0.1517 x 360) = 54.6 degrees.

We now have five RESIDUAL ANGLES, which are as follows:-

(A). 132.7 degrees.

(B). 318.96 degrees.

(C). 217.5 degrees.

(D). 46.8 degrees.

(E). 54.6 degrees.

When you depict each of these five RESIDUAL ANGLES as a (single line) radius, the five radiuses SHOULD look like this:-

In fact, they look like this:-

Once again, it is glaringly, blindingly obvious that these residual angles are NOT randomly distributed, as they absolutely SHOULD be if Newtonian Physics alone governed the movements of celestial bodies. (The gravitational field of Earth is insufficiently strong to alter the orbital periods of all these separate satellites.) Once again, these residual angles all (mysteriously) “hug” the octants. “Something else” (other than Newtonian Physics) is influencing and dictating the movements of these satellites.

The statistical odds against all five residual angles “hugging” the octants so closely is calculated in the following manner:- The largest “deviation” is 9.64 degrees (Triton). In that case, the odds against chance occurrence are 1 chance in

1 ÷ [[(9.64 x 2 x 8) ÷ 360]⁵] = 69 (1 chance in 69). In fact, the odds are longer than this, because many of the residual angles are closer to an octant than 9.64 degrees.

NUMERICAL DATA VERIFICATION.

Here is a list of The OUTERMOST LARGE Satellites of The Solar System, together with their orbital periods (expressed in Earth days). Earth’s OUTERMOST LARGE Satellite is The Moon (27.32166) and Jupiter’s OUTERMOST LARGE Satellite is Callisto (16.6890184) and Saturn’s OUTERMOST LARGE Satellite is Iapetus (79.3301825) and Uranus’ OUTERMOST LARGE Satellite is Oberon (13.4632423) and Neptune’s OUTERMOST LARGE Satellite is Triton (5.8768441). Note:- Mercury and Venus have no satellites; and Mars has no LARGE satellites, and we will treat Pluto as a Trans-Neptunian Object, rather than as a planet for this example. The Earth Year (ie:- Earth’s orbital period) = 365.256 Earth days.

To verify the above numerical data, click on the following two links:-

www.solarsystemtimeperiods.com/planet-orbital

and

www.solarsystemtimeperiods.com/large-sats

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:

full-demonstrations