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EXAMPLE 33. This image depicts the ANGLES revolved during One Earth Year by The SUB-PRIMARY Satellites of The Four Giant Planets. (Jupiter’s SUB-Primary satellite is Callisto, and Saturn’s SUB-Primary satellite is Rhea, and Uranus’ SUB-Primary satellite is Oberon, and Neptune’s SUB-Primary satellite is Proteus. Proteus “fails” Elliott’s “Octant Hugging” Rule, and is therefore excluded from the image. A SUB-Primary Satellite is The SECOND LARGEST Satellite for a particular planet.)

Once again, we see (glaringly, blindingly obvious!) “OCTANT HUGGING”. Once again Newtonian Physics is absolutely impotent as far as providing an explanation.

DEMONSTRATION:- The Four Giant Planets are:- Jupiter, Saturn, Uranus, and Neptune.

The Earth Year = 365.25636 Earth days.

A Sub-Primary Satellite is The SECOND LARGEST Satellite for a particular planet. Here are the names and orbital periods (expressed in Earth days) of The Sub-Primary Satellites of The Four Giant Planets:- Jupiter’s Sub-Primary Satellite is Callisto 16.6890184 and Saturn’s Sub-Primary Satellite is Rhea 4.517500436 and Uranus’ Sub-Primary Satellite is Oberon 13.4632423 and Neptune’s Sub-Primary Satellite is Proteus, which “fails” The Octants Rule, and is therefore excluded from the image.

During one Earth Year, Callisto revolves

(365.25636 ÷ 16.6890184) = 21.8860 revolutions.

0.8860 x 360 = 318.97 degrees.

That is 21 complete revolutions + 318.97 degrees.

During one Earth Year, Rhea revolves

(365.25636 ÷ 4.517500436) = 80.8536 revolutions.

0.8536 x 360 = 307.3 degrees.

That is 80 complete revolutions + 307.37 degrees.

During one Earth Year, Oberon revolves

(365.25636 ÷ 13.4632423) = 27.1299 revolutions.

0.1299 x 360 = 46.8 degrees.

That is 27 complete revolutions + 46.8 degrees.

To verify the various periods and data in this example, click on the following links:-

For The Earth Year

www.solarsystemtimeperiods.com/earth-periods

For the satellite orbital periods

www.solarsystemtimeperiods.com/large-sats

For planet and satellite sizes (See mass and radius columns in the table)