ex40demo

EXAMPLE 40. Styx is the INNERMOST Satellite of (binary planet) Pluto/Charon. (Then, moving outwards, Nix, Kerberos, and Hydra.) The SUM of Styx’s orbital and rotation periods = 40.3231 Earth days. This image depicts the ANGLES rotated during this time period by Pluto system bodies out as far as Kerberos.

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

DEMONSTRATION:- Here are the names (in ascending orbit order) and rotation periods (expressed in Earth days) of The Four Satellites of Binary Planet Pluto/Charon. (Note:- Pluto’s satellite Charon is the largest satellite, in relation to the size of its parent planet, in The Solar System. This satellite is sometimes considered to be the “twin” of Binary Planet – Pluto/Charon.)

Styx 20.16155 and Nix 24.85463 and Kerberos 32.16756 and Hydra 38.20177

Charon’s orbital period = 6.387230 Earth days.

The rotation periods of these satellites are the same as their orbital periods, due to “tidal locking”.

Pluto’s rotation period = 6.387230 Earth days.

The SUM of the orbital and rotation periods of Styx = 20.16155 x 2 = 40.3231 Earth days.

During 40.3231 Earth days, Pluto/Charon rotates

(40.3231 ÷ 6.387230) + (40.3231 ÷ 6.387230) = 12.6262 rotations.

0.6262 x 360 = 225.4 degrees.

That is 12 complete rotations + 225.4 degrees.

During 40.3231 Earth days, Nix rotates

(40.3231 ÷ 24.85463) = 1.6224 rotations.

0.6224 x 360 = 224.0 degrees.

That is 1 complete rotation + 224.0 degrees.

During 40.3231 Earth days, Kerberos rotates

(40.3231 ÷ 32.16756) = 1.2535 rotations.

0.2535 x 360 = 91.3 degrees.

That is 1 complete rotation + 91.3 degrees.

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

To verify planet and satellite sizes (See radius or mass columns in table.)

www.solarsystemtimeperiods.com/planet-orbital

To verify the orbital and rotation periods of Pluto and satellites