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EXAMPLE 71. One of The Short Term Sunspot Cycles discovered by Balfour Stewart is 32,955 Earth days. This image depicts, during this time period, The SUM of The ANGLES (A). Rotated by Earth and Moon, and (B). Rotated by Jupiter and its Four Small “Inner” Satellites, and (C). Revolved by Jupiter and its Four LARGE (“Galilean”) Satellites, and (D). Revolved by Uranus and its Four LARGE Satellites, and (E). Rotated by The Four Giant Planets, and (F). Rotated by Saturn and its LARGE Satellites, and (G). Revolved by Mars and its Two Satellites, and (H). Revolved by The Five LARGE Inner Solar System Revolving Bodies, and (I). Revolved by Pluto and its Five Satellites, and (J). Revolved by Neptune and its Single LARGE Satellite, and (K). Revolved by The Moon and The Planets, and (L). Rotated by The Eight Planets, and (M). Rotated by The Sun and The Planets.
Once again, we see (glaringly, blindingly obvious!) “OCTANT HUGGING”. Once again Newtonian Physics is absolutely impotent as far as providing an explanation.
DEMONSTRATION:- One of The Short Term Sunspot Cycles is 32.955 Earth days.
(A). Earth rotation period = 0.997269663 Earth days. The Moon’s orbital period (equal to its rotation period, due to “tidal locking”) = 27.321661 Earth days.
(32.955 ÷ 0.997269663) + (32.955 ÷ 27.321661) = 34.2514 rotations.
0.2514 x 360 = 90.5 degrees.
That is 34 complete rotations + 90.5 degrees.
To verify the time periods and data in this example, click on the following links:-
Sunspot Cycles
www.solarsystemtimeperiods.com/pulse
Earth rotation period
www.solarsystemtimeperiods.com/earth-periods
The Moon orbital period
www.solarsystemtimeperiods.com/large-sats
(B). Jupiter’s rotation period = 0.41353831 Earth days.
Here are the names and orbital periods (expressed in Earth days) (which are equal to their rotation periods, due to “tidal locking”) of Jupiter’s Four Small “Inner” Satellites:- Metis 0.294780 and Adrastea 0.298260 and Amalthea 0.498179 and Thebe 0.674536
(32.955 ÷ 0.41353831) + (32.955 ÷ 0.294780) + (32.955 ÷ 0.298260) + (32.955 ÷ 0.498179) + (32.955 ÷ 0.674536) = 416.9831 rotations.
0.9831 x 360 = 353.9 degrees.
That is 416 complete rotations + 353.9 degrees.
To verify the time periods and data in this example, click on the following links:-
Sunspot Cycles
www.solarsystemtimeperiods.com/pulse
Jupiter rotation period
www.solarsystemtimeperiods.com/jup-rot
Orbital periods and positions of Jupiter’s Four Small “Inner” Satellites
www.solarsystemtimeperiods.com/jup-inner
(C). The names and orbital periods (expressed in Earth days) of Jupiter and its Four LARGE “Galilean” Satellites are:- Jupiter 4330.595 and Io 1.769137786 and Europa 3.551181041 and Ganymede 7.15455296 and Callisto 16.6890184
(32.955 ÷ 4330.595) + (32.955 ÷ 1.769137786) + (32.955 ÷ 3.551181041) + (32.955 ÷ 7.15455296) + (32.955 ÷ 16.6890184) = 34.4961 revolutions.
0.4961 x 360 = 178.6 degrees.
That is 34 complete revolutions + 178.6 degrees.
To verify the time periods and data in this example, click on the following links:-
Sunspot Cycles
www.solarsystemtimeperiods.com/pulse
Jupiter orbital period
www.solarsystemtimeperiods.com/planet-orbital
Orbital periods of Jupiter’s Four LARGE Satellites
www.solarsystemtimeperiods.com/large-sats
To verify satellite sizes
www.solarsystemtimeperiods.com/planet-orbital
(D). The names and orbital periods (expressed in Earth days) of Uranus and its FOUR LARGE Satellites are:- Uranus 30717.682 (and Miranda is, for the purposes of this example, only a MEDIUM SIZED Satellite, and is therefore excluded from the calculation.), and Ariel 2.52037932 and Umbriel 4.1441765 and Titania 8.7058703 and Oberon 13.4632423
(32.955 ÷ 30717.682) + (32.955 ÷ 2.52037932) + (32.955 ÷ 4.1441765) + (32.955 ÷ 8.7058703) + (32.955 ÷ 13.4632423) = 27.2618 revolutions.
0.2618 x 360 = 94.2 degrees.
That is 27 complete revolutions + 94.2 degrees.
To verify the time periods and data in this example, click on the following links:-
Sunspot Cycles
www.solarsystemtimeperiods.com/pulse
Uranus orbital period
www.solarsystemtimeperiods.com/planet-orbital
Orbital periods of Uranus’ LARGE Satellites
www.solarsystemtimeperiods.com/large-sats
Verify satellite sizes
www.solarsystemtimeperiods.com/planet-orbital
(E). Here are the names and rotation periods (expressed in Earth days) of The Four Giant Planets:- Jupiter 0.41353831 and Saturn 0.44401 and Uranus 0.71833 and Neptune 0.671252
(32.955 ÷ 0.41353831) + (32.955 ÷ 0.44401) + (32.955 ÷ 0.71833) + (32.955 ÷ 0.671252) = 248.8837 rotations.
0.8837 x 360 = 318.1 degrees.
That is 248 complete rotations + 318.1 degrees.
To verify the time periods and data in this example, click on the following links:-
Sunspot Cycles
www.solarsystemtimeperiods.com/pulse
Jupiter rotation period
www.solarsystemtimeperiods.com/jup-rot
Rotation periods of Saturn, Uranus, and Neptune
www.solarsystemtimeperiods.com/planet-orbital
Verify planet sizes
www.solarsystemtimeperiods.com/planet-orbital
(F). Here are the names and rotation periods (expressed in Earth days) of Saturn and its Eight LARGE Satellites:- Saturn 0.44401 and Mimas 0.942421813 and Enceladus 1.370217855 and Tethys 1.887802160 and Dione 2.736914742 and Rhea 4.517500436 and Titan 15.94542068 and Hyperion’s rotation is “chaotic”, and is therefore excluded from this example, and Iapetus 79.3301825 (Note:- The rotation periods of these satellites are the same as their orbital periods, due to “tidal locking”.)
(32.955 ÷ 0.44401) + (32.955 ÷ 0.942421813) + (32.955 ÷ 1.370217855) + (32.955 ÷ 1.887802160) + (32.955 ÷ 2.736914742) + (32.955 ÷ 4.517500436) + (32.955 ÷ 15.94542068) + (32.955 ÷ 79.3301825) = 172.5155 rotations.
0.5155 x 360 = 185.6 degrees.
That is 172 complete rotations + 185.6 degrees.
To verify the time periods and data in this example, click on the following links:-
Sunspot Cycles
www.solarsystemtimeperiods.com/pulse
Saturn rotation period
www.solarsystemtimeperiods.com/planet-orbital
Orbital periods of Saturn’s LARGE Satellites
www.solarsystemtimeperiods.com/large-sats
Verify Hyperion’s “chaotic” rotation
www.solarsystemtimeperiods.com/planet-orbital
Verify satellite sizes
www.solarsystemtimeperiods.com/planet-orbital
(G). Here are the orbital periods (expressed in Earth days) of Mars and its two satellites:-
Mars 686.9782 and Phobos 0.31891023 and Deimos 1.2624407
(32.955 ÷ 686.9782) + (32.955 ÷ 0.31891023) + (32.955 ÷ 1.2624407) = 129.4885 revolutions.
0.4885 x 360 = 175.8 degrees.
That is 129 complete revolutions + 175.8 degrees.
To verify the time periods and data in this example, click on the following links:-
Sunspot Cycles
www.solarsystemtimeperiods.com/pulse
Mars orbital period
www.solarsystemtimeperiods.com/orbital
Mars satellite orbital periods
www.solarsystemtimeperiods.com/large-sats
(H). Here are the orbital periods (expressed in Earth days) of The Five LARGE Inner Solar System Revolving Bodies:- Mercury 87.9692 and Venus 224.70067 and Earth 365.25636 and Mars 686.9782 and The Moon 27.321661
(32.955 ÷ 87.9692) + (32.955 ÷ 224.70067) + (32.955 ÷ 365.25636) + (32.955 ÷ 686.9782) + (32.955 ÷ 27.321661) = 1.8657 revolutions.
0.8657 x 360 = 311.6 degrees.
That is 1 complete revolution + 311.6 degrees.
To verify the time periods and data in this example, click on the following links:-
Sunspot Cycles
www.solarsystemtimeperiods.com/pulse
Orbital periods of Mercury, Venus, and Mars
www.solarsystemtimeperiods.com/orbital
Earth orbital period
www.solarsystemtimeperiods.com/earth-periods
Moon orbital period
www.solarsystemtimeperiods.com/large-sats
(I). Here are the orbital periods (expressed in Earth days) of Pluto and its Five Satellites:- Pluto 90803.66 and Charon 6.387230 and Styx 20.16155 and Nix 24.85463 and Kerberos 32.16756 and Hydra 38.20177
(32.955 ÷ 90803.66) + (32.955 ÷ 6.387230) + (32.955 ÷ 20.16155) + (32.955 ÷ 24.85463) + (32.955 ÷ 32.16756) + (32.955 ÷ 38.20177) = 10.0075 revolutions.
0.0075x 360 = 2.7 degrees.
That is 10 complete revolutions + 2.7 degrees.
To verify the time periods and data in this example, click on the following links:-
Sunspot Cycles
www.solarsystemtimeperiods.com/pulse
Pluto’s orbital period
www.solarsystemtimeperiods.com/planet-orbital
Orbital periods of Pluto satellites
www.solarsystemtimeperiods.com/pluto-sats
(J). Here are the orbital periods (expressed in Earth days) of Neptune and its single LARGE Satellite:- Neptune 60215.912 and Triton 5.8768441
(32.955 ÷ 60215.912) + (32.955 ÷ 5.8768441) = 5.6081 revolutions
0.6081 x 360 = 218.9 degrees.
That is 5 complete revolutions + 216.9 degrees.
To verify the time periods and data in this example, click on the following links:-
Sunspot Cycles
www.solarsystemtimeperiods.com/pulse
Neptune orbital period
www.solarsystemtimeperiods.com/planet-orbital
Triton orbital period
www.solarsystemtimeperiods.com/large-sats
(K). Here are the orbital periods (expressed in Earth days) of The Moon and The Planets:-
The Moon 27.321661 and Mercury 87.9692 and Venus 224.70067 and Earth 365.25636 and Mars 686.9782 and Jupiter 4330.595 and Saturn 10727.160 and Uranus 30717.682 and Neptune 60215.912 and Pluto 90803.66
(32.955 ÷ 27.321661) + (32.955 ÷ 87.9692) + (32.955 ÷ 224.70067) + (32.955 ÷ 365.25636) + (32.955 ÷ 686.9782) + (32.955 ÷ 4330.595) + (32.955 ÷ 10727.160) + (32.955 ÷ 30717.682) + (32.955 ÷ 60215.912) + (32.955 ÷ 90803.66) = 1.8783 revolutions.
0.8783 x 360 = 316.2 degrees.
That is 1 complete revolution + 316.2 degrees.
To verify the time periods and data in this example, click on the following links:-
Sunspot Cycles
www.solarsystemtimeperiods.com/pulse
Moon orbital period
www.solarsystemtimeperiods.com/large-sats
Orbital periods of Mercury, Venus, and Mars
www.solarsystemtimeperiods.com/orbital
Earth orbital period
www.solarsystemtimeperiods.com/earth-periods
Orbital periods of Jupiter, Saturn, Uranus, Neptune, and Pluto
www.solarsystemtimeperiods.com/planet-orbital
(L). Here are the names and rotation periods (expressed in Earth days) of The EIGHT Planets (For this example, we assume that Pluto is a “Trans-Neptunian Object” rather than a planet):- Mercury 58.6462 and Venus 243.0187 and Earth 0.997269663 and Mars 1.025957 and Jupiter 0.41353831 and Saturn 0.44401 and Uranus 0.71833 and Neptune 0.671252
(32.955 ÷ 58.6462) + (32.955 ÷ 243.0187) + (32.955 ÷ 0.997269663) + (32.955 ÷ 1.025957) + (32.955 ÷ 0.41353831) + (32.955 ÷ 0.44401) + (32.955 ÷ 0.71833) + (32.955 ÷ 0.671252) = 314.7477 rotations.
0.7477 x 360 = 269.2 degrees.
That is 314 complete rotations + 269.2 degrees.
To verify the time periods and data in this example, click on the following links:-
Sunspot Cycles
www.solarsystemtimeperiods.com/pulse
Rotation periods of Mercury and Venus
www.solarsystemtimeperiods.com/planet-orbital
Earth rotation period
www.solarsystemtimeperiods.com/earth-periods
Mars rotation period
www.solarsystemtimeperiods.com/mars-rotation
Jupiter rotation period
www.solarsystemtimeperiods.com/jup-rot
Rotation periods of Saturn, Uranus, and Neptune.
www.solarsystemtimeperiods.com/planet-orbital
(M). Here are the names and rotation periods (expressed in Earth days) of The Sun and The NINE Planets (For this example, we assume that Pluto is NOT a “Trans-Neptunian Object”, but rather is a planet):- The Sun 24.66225 and Mercury 58.6462 and Venus 243.0187 and Earth 0.997269663 and Mars 1.025957 and Jupiter 0.41353831 and Saturn 0.44401 and Uranus 0.71833 and Neptune 0.671252 and Pluto 6.387230
(32.955 ÷ 24.66225) + (32.955 ÷ 58.6462) + (32.955 ÷ 243.0187) + (32.955 ÷ 0.997269663) + (32.955 ÷ 1.025957) + (32.955 ÷ 0.41353831) + (32.955 ÷ 0.44401) + (32.955 ÷ 0.71833) + (32.955 ÷ 0.671252) + (32.955 ÷ 6.387230) = 321.2434 rotations.
0.2434 x 360 = 87.6 degrees.
That is 321 complete rotations + 87.6 degrees.
To verify the time periods and data in this example, click on the following links:-
Sunspot Cycles
www.solarsystemtimeperiods.com/pulse
Rotation periods of Mercury and Venus
www.solarsystemtimeperiods.com/planet-orbital
Earth rotation period
www.solarsystemtimeperiods.com/earth-periods
Mars rotation period
www.solarsystemtimeperiods.com/mars-rotation
Jupiter rotation period
www.solarsystemtimeperiods.com/jup-rot
Rotation periods of Saturn, Uranus, and Neptune.
www.solarsystemtimeperiods.com/planet-orbital
Pluto rotation period
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