ex50demo

EXAMPLE 50. (MIMAS). This image depicts the ANGLES revolved by MIMAS during various Lunar periods. (A). The Anomalistic Month (27.5545505 Earth days), and (B). The Moon’s Orbital Period (27.321661 Earth days), and (C). The Lunar Evection Period (31.807 Earth days), and (D). The Period of The Inequality of The Moon’s Motion in Longitude (27.4304 Earth days), and (E). The Moon’s Synodic Period (29.5305882 Earth days) – which “fails” The Octants Rule, and is therefore excluded from the image), and (F). The Moon’s Nodical  Month (27.212220 Earth days).

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

DEMONSTRATION:- Mimas orbital period = 0.942421813 Earth days.

(A). During 27.5545504 Earth days, Mimas revolves

(27.5545504 ÷ 0.942421813) = 29.2380 revolutions.

0.2380 x 360 = 85.7 degrees.

That is 29 complete revolutions + 85.7 degrees.

(B). During 27.321661 Earth days, Mimas revolves

(27.321661 ÷ 0.942421813) = 28.9909 revolutions.

0.9909 x 360 = 356.7 degrees.

That is 28 complete revolutions + 356.7 degrees.

(C). During 31.807 Earth days, Mimas revolves

(31.807 ÷ 0.942421813) = 33.7503 revolutions.

0.7503 x 360 = 270.1 degrees.

That is 33 complete revolutions + 270.1 degrees.

(D). During 27.4304 Earth days, Mimas revolves

(27.4304 ÷ 0.942421813) = 29.1063 revolutions.

0.1063 x 360 = 38.3 degrees.

That is 29 complete revolutions + 38.3 degrees.

(F). During 27.212220 Earth days, Mimas revolves

(27.212220 ÷ 0.942421813) = 28.8748 revolutions.

0.8748 x 360 = 314.9 degrees.

That is 28 complete revolutions + 314.9 degrees.

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

(A). The Anomalistic Month (27.5545505 Earth days), and (B). The Moon’s Orbital Period (27.321661 Earth days), and (F). The Moon’s Nodical  Month (27.212220 Earth days).

www.solarsystemtimeperiods.com/lunar-months

(C). The Lunar Evection Period (31.807 Earth days),

www.solarsystemtimeperiods.com/evection

(D). The Period of The Inequality of The Moon’s Motion in Longitude (27.4304 Earth days),

www.solarsystemtimeperiods.com/moon-longitude

For Mimas orbital period

www.solarsystemtimeperiods.com/large-sats