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Hello - Welcome to www.HalfRightAngleRule.com
Let me introduce myself:- I am Roger Elliott, the discoverer of The Half Right Angle Rule in The Solar System. My discovery of The Half Right Angle Rule was first brought to the attention of the general public in an article published in the scientific journal - Astronomy (issue June, 2010). This article was written by Bob Berman (aka Skyman Bob), and acknowledged myself as the discoverer of The Half Right Angle Rule.
To read relevant portions of this article, scroll to the top of this page, and click on the word "Art" in the navigation bar at the top of this page.
My email address is:- elliottroger99ATgooglemail.com (replace the letters AT with the @ sign)
I will undertake to answer all email communications; and I will welcome any queries or comments from readers of this web site. This web site will be updated on a regular basis with further Half Right Angle Rule features, which I am presently withholding. If you send me your email address, I will alert you to further updates as they are published on this web site. (Note:- Your email address will not be passed on to any third party, and no commercial propositions or offers will be sent to your email address.)
The Half Right Angle Rule is a general, consistent, and ubiquitous feature of The Solar System. What it boils down to is that all the planets and their satellites have their movements very closely synchronised with the movements of Planet Earth in a manner which the laws of physics (as currently conceived) cannot explain. This astounding and inexplicable fact is only “visible” to us by the application of The Half Right Angle Rule.
For example:- During the precise time period of One Earth Year, every planet, without exception, rotates upon its axis a certain number of complete rotations, and then rotates a further additional angle (ie:- a “remainder”); which is always very close to a perfect multiple of a half right angle (ie:- 45 degrees, which is half of a 90 degree right angle). This applies to all the planets. Take, for instance, the planet Jupiter. During the precise time period of One Earth Year, Jupiter rotates on its axis 883 complete rotations, and then rotates a further additional angle (or “remainder”) of 88.8 degrees, which is very close to 90 degrees (45 x 2 = 90), with a deviation of just 1.2 degrees. In other words, the further additional angle is very close to a perfect multiple of a half right angle. All the planetary rotations without exception behave in a similar manner in respect of The Earth Year. The laws of physics cannot explain why this happens.
Similarly, during the precise time period of the orbital period of any planet, Earth revolves (in its orbit round The Sun) a certain number of complete revolutions, and then revolves a further additional angle (ie:- a “remainder”), which is always very close to a perfect multiple of a half right angle. Take, for instance, the planet Saturn. During the precise time period of Saturn’s orbital period (ie:- Saturn’s orbital period being the time it takes for Saturn to perform one complete revolution round The Sun), Earth revolves (round The Sun) 29 complete revolutions, and then revolves a further additional angle (ie:- a “remainder”) of 132.79 degrees, which is very close to 135 degrees (45 x 3 = 135), with a deviation of just 2.2 degrees. In other words, the further additional angle is very close to a perfect multiple of a half right angle. All the planets behave in a similar manner in respect of Earth's revolutions (round The Sun).
This above feature cannot happen unless the movements of the planets are closely synchronised with the movements of Planet Earth. The laws of physics cannot explain why such a synchronisation should occur.
What I have described above are “First Order” Half Right Angle Rule features (ie:- involving only single planets). However, it becomes very much more interesting when we consider “Second Order” Half Right Angle Rule features (involving groups of planets or satellites, which have their movements collectively, rather than individually, closely synchronised with the movements of Planet Earth).
Here is a demonstration of a series of “Second Order” Half Right Angle Rule features:-
The “satellited” bodies (ie:- bodies possessing satellites) in The Solar System are:- Sun, Earth, Mars, Jupiter, Saturn Uranus, Neptune, and Pluto. The following “satellited” bodies and accompanying groups of satellites have their movements (collectively, rather than individually) very closely synchronised with the precise time period of The Earth Year.
(1.) The Sun and its 9 satellites (planets).
(2.) Earth and its one satellite.
(3.) Jupiter and its 4 large satellites.
(4.) Uranus and its 4 large satellites.
(5.) Pluto and its 3 satellites.
(This above list excludes from consideration Mars with its 2 small satellites, Saturn with its various satellites, and Neptune with its various satellites.)
During the precise time period of One Earth Year:-
(1.) The sum of the angles rotated by The Sun and the nine planets is 1281779.405 degrees..
and
(2.) The sum of the angles rotated by Earth and its one satellite is 136665.04 degrees.
and
(3.) The sum of the angles rotated by Jupiter and its 4 large satellites is 455580.02 degrees.
and
(4.) The sum of the angles rotated by Uranus and its 4 large satellites is 291824.43 degrees.
and
(5.) The sum of the angles rotated by Pluto and its 3 satellites is 49905.234 degrees.
We have here a list of five angles:-
(1.) 1281779.405 degrees.
(2.) 136665.04 degrees.
(3.) 455580.02 degrees.
(4.) 291824.43 degrees.
(5.) 49905.234 degrees.
Astoundingly and inexplicably, these five angles (involving supposedly unrelated and unconnected groups of Solar System bodies) share a single common factor - and they share this single common factor in a very very precise manner.
(1.) The first angle, 1281779.405 degrees is equivalent to 3560 complete rotations, and then the rotation of a further additional angle (ie:- a “remainder”) of 179.4 degrees, which is very very close to 180 degrees (45 x 4 = 180), with a deviation of just 0.6 degrees. This is a “Second Order” example of The Half Right Angle Rule. It is not merely a chance occurrence. All five above angles share this selfsame property. Furthermore, I have in excess of 50 further similar examples (which you can see on this web site) where defined groups of planets and/or satellites have their movements (collectively but not individually) similarly closely synchronised with the movements of Planet Earth (in respect of the Half Right Angle Rule).
Now let’s look at the other four angles:-
(2.) 136665.04 degrees is equivalent to 379 complete rotations, and then the rotation of a further additional angle (ie:- a “remainder”) of 225.04 degrees, which is very very close to 225 degrees (45 x 5 = 225), with a deviation of just 0.04 degrees.
(3.) 455580.02 degrees is equivalent to 1265 complete rotations, and then the rotation of a further additional angle (ie:- a “remainder”) of 180.02 degrees, which is very very close to 180 degrees (45 x 4 = 180), with a deviation of just 0.02 degrees.
(4.) 291824.43 degrees is equivalent to 810 complete rotations, and then the rotation of a further additional angle (ie:- a “remainder) of 180.02 degrees, which is very very close to 180 degrees (45 x 4 = 180), with a deviation of just 0.02 degrees.
(5.) 49905.234 degrees is equivalent to 138 complete rotations, and then the rotation of a further additional angle (ie:- a “remainder”) of 225.23 degrees, which is very very close to 225 degrees (45 x 5 = 225), with a deviation of just 0.23 degrees.
Let’s look at these further additional angles (ie:- “remainders”) again:-
Sun and 9 satellites 179.4 degrees. Close to 180 degrees (45 x 4 = 180).
Earth and 1 satellite 225.04 degrees. Close to 225 degrees (45 x 5 = 225)
Jupiter and 4 large satellites 180.02 degrees. Close to 180 degrees (45 x 4 = 180).
Uranus and 4 large satellites 224.43 degrees. Close to 225 degrees (45 x 5 = 225).
Pluto and 3 satellites 225.23 degrees. Close to 225 degrees (45 x 5 = 225).
What we have seen so far is that the Sun and its 9 satellites (planets), Earth and its one satellite, Jupiter and its 4 large satellites, Uranus and its 4 large satellites, and Pluto and its three satellites - all have their (rotation) movements (collectively, rather than individually) very closely synchronised with the precise time period of The Earth Year. Most of these groups of bodies are so distant from Earth as to be effectively beyond Earth’s gravitational influence. In that case, this close synchronisation cannot be explained by the laws of physics as currently conceived. “Something” is causing this synchronisation to occur, but what that “something” is, we cannot say.
At this stage, the reader might wonder whether the above might be merely “cherry picked” chance occurrences. Indeed, if I could provide only the above five examples, then chance occurrence might feasibly be put forward as an explanation. However, I will provide on this web site in excess of a further fifty similar examples, together with full numerical data and calculations. Now here are a few further similar examples, presented in “sound byte” format (as per the examples detailed above), without numerical data and calculations (which will be presented further on in the web site).
During the precise time period of One Earth Year:-
(6.) The sum of the angles rotated by The Four Inner Solar System Planets is 262801.12 degrees, which is equivalent to 730 complete rotations, and then the rotation of a further additional angle (ie:- a “remainder”) of 1.12 degrees, which is very close to 0 degrees (45 x 0 = 0), with a deviation of just 1.12 degrees.
(7.) The sum of the angles rotated by The Sun and revolved by The Moon and the nine planets is 12826.366 degrees, which is equivalent to 35 complete rotations/revolutions, and then the rotation/revolution of a further additional angle (ie:- a “remainder”) of 226.37 degrees, which is very close to 225 degrees (45 x 5 = 225), with a deviation of just 1.37 degrees.
(8.) The sum of the angles rotated by The Four Giant Planets is 993059.816 degrees, which is equivalent to 2758 complete rotations, and then the rotation of a further additional angle of 179.82 degrees, which is very close to 180 degrees (45 x 4 = 180), with a deviation of just 0.18 degrees.
(9.) The sum of the angles rotated by The Sun and revolved by The Four Inner Solar System Planets is 7963.08 degrees, which is equivalent to 22 complete rotation/revolutions, and then the rotation/revolution of a further additional angle (ie:- a “remainder”) of 43.08 degrees, which is very close to 45 degrees (45 x 1 = 45), with a deviation of just 1.92 degrees.
(10.) The sum of the angles revolved by The Three Prograde (Rotation) Giant Planets is 44.806 degrees, which is very close to 45 degrees (45 x 1 = 45), with a deviation of just 0.19 degrees.
(11.) The sum of the angles rotated by The Sun and the Five Outer Solar System Planets is 1018978.29 degrees, which is equivalent to 2830 complete rotations, and then the rotation of a further additional angle (ie:- a “remainder”) of 178.29 degrees, which is very close to 180 degrees (45 x 4 = 180), with a deviation of just 1.71 degrees.
Now I will show you the full database of examples of Second Order Half Right Angle Rule features, complete with numerical data and calculations. I will commence with a full treatment of items 1 to 11 above, and then just continue from there.
If you would like to know the sources of the numerical data used in this web site, then you must scroll up to the top of the screen, and click on the word "Data" in the blue navigation bar which is almost at the top of the screen.
If you would like to know how the calculations of angles etc in the examples shown in the data base below should be performed, then you must scroll up to the top of the screen, and click on the word "Calc" (which is short for "Calculations") in the blue navigation bar, which is almost at the top of the screen.
If you would like to see details of (the less interesting) First Order Half Right Angle Rule features, then you must scroll to the top of the screen, and click on the words "1st Ord." (which is short for "First Order") in the blue navigation bar, which is almost at the top of the screen.
If you would like to see second (and also a few first) order Half Right Angle Rule features relating to Solar System bodies other than Planet Earth, then you must scroll up to the top of the screen, and click on the words "Site Map" on the blue navigation bar, which is almost at the top of the screen. The Site Map will provide instructions on how to navigate the site, and details of the contents of the various pages on the site.
THE DATABASE OF SECOND ORDER HALF RIGHT ANGLE RULE EXAMPLES.
(1.) The Synchronisation of Planet Earth With The Sun and its Nine Satellites (Planets)
The rotation periods of The Sun and the nine planets are as follows:-
(All rotation periods are siderial rotation periods, expressed in Earth (Solar) days.)
Sun 24.66225
Mercury 58.6462
Venus 243.0187
Earth 0.997269663
Mars 1.025956019
Jupiter 0.41353831
Saturn 0.44401
Uranus 0.71833
Neptune 0.671252
Pluto 6.38723
Earth orbital period (period of revolution) 365.25636050
During the precise time period of One Earth Year (365.25636050 Earth days):-
The Sun rotates an angle of 5331.723 degrees,
and
Mercury rotates an angle of 2242.128 degrees,
and
Venus rotates angle of 541.079 degrees,
and
Earth rotates an angle of 131852.291 degrees,
and
Mars rotates an angle of 128165.621 degrees,
and
Jupiter rotates an angle of 317968.823 degrees,
and
Saturn rotates an angle of 296147.136 degrees,
and
Uranus rotates an angle of 183052.761 degrees,
and
Neptune rotates an angle of 195891.096 degrees,
and
Pluto rotates an angle of 20586.747degrees.
The sum of these ten angles is 1281779.405 degrees, which is equivalent to 3560 complete rotations, and then a rotation of a further additional angle (ie:- a “remainder”) of 179.40 degrees, which is very close to 180 degrees (45 x 4 = 180), with a deviation of just 0.6 degrees.
We see from the above that The Sun and the nine planets collectively (but not in all cases individually) have their movements very closely synchronised with the precise time period of The Earth Year. In fact, The Sun and its nine planets also have their movements very closely synchronised with the precise time period of The Earth (Solar) Day.
I will now demonstrate this feature.
The length of an Earth Solar Day is one Earth (Solar) day.
During the precise time period of One Solar Day:-
The Sun rotates an angle of 14.597 degrees,
and
Mercury rotates an angle of 6.139 degrees,
and
Venus rotates an angle of 1.481 degrees,
and
Earth rotates (in relation to the fixed stars) an angle of 360.986 degrees,
and
Mars rotates an angle of 350.892 degrees,
and
Jupiter rotates an angle of 870.536 degrees,
and
Saturn rotates an angle of 810.793 degrees,
and
Uranus rotates an angle of 501.162 degrees,
and
Neptune rotates an angle of 536.311 degrees,
and
Pluto rotates an angle of 56.362 degrees.
The sum of these ten angles is 3509.259 degrees, which is equivalent to 9 complete rotations, and then a rotation of a further additional angle (ie:- a “remainder”) of 269.26 degrees, which is very close to 270 degrees (45 x 6 = 270), with a deviation of just 0.74 degrees.
We see from the above two examples that The Sun and its nine planets have their movements very closely synchronised with the movements of Planet Earth in not just one, but in two different ways! (which are independent of one another).
It is also interesting to see what happens when we exclude The Sun, and just consider The Nine Planets, by themselves. In that case, we see that the movements of The Nine Planets are collectively very closely synchronised with the movements of Planet Earth. Let me show you:-
During the precise time period of Mercury’s rotation period, Earth revolves (in its orbit round The Sun) an angle of 57.802 degrees,
and
During the precise time period of Venus’ rotation period, Earth revolves an angle of 239.52 degrees,
and
During the precise time period of Earth’s (siderial) rotation period, Earth revolves an angle of 0.983 degrees,
and
During the precise time period of Mars’ rotation period, Earth revolves an angle of 1.011 degrees,
and
During the precise time period of Jupiter’s rotation period, Earth revolves an angle of 0.408 degrees,
and
During the precise time period of Saturn’s rotation period, Earth revolves an angle of 0.438 degrees,
and
During the precise time period of Uranus’ rotation period, Earth revolves an angle of 0.708 degrees,
and
During the precise time period of Neptune’s rotation period, Earth revolves an angle of 0.662 degrees,
and
During the precise time period of Pluto’s rotation period, Earth revolves an angle of 6.295 degrees,
and
During the precise time period of Charon’s rotation period, Earth revolves an angle of 6.295 degrees.
The reader will notice that, for this feature, we are treating Pluto here as a “binary planet”. (Indeed, many astronomers consider Pluto/Charon to be a binary planet, rather than a planet and satellite - the only binary planet in The Solar System. The reason for this is that Charon is almost as large as Pluto itself.)
The sum of these ten angles is 314.12 degrees, which is very close to 315 degrees (45 x 7 = 315), with a deviation of just 0.88 degrees.
(2.) Earth’s Synchronisation With its One Satellite (The Moon).
The length of the Earth Year is 365.25636050 Earth (Solar) days.
The length of 1 Earth (siderial) day is 0.997269663 Earth (Solar) days.
The rotation period of The Moon is 27.321660879 Earth days.
During the precise time period of One Earth Year:-
Earth rotates (in relation to the fixed stars) an angle of 131852.29 degrees,
And
The Moon rotates an angle of 4812.749 degrees.
The sum of these two angles is 136665.04 degrees, which is equivalent to 379 complete rotations, and then a rotation of a further additional angle (ie:- a “remainder”) of 225.04 degrees, which is very close to 225 degrees (45 x 5 = 225), with a deviation of just 0.04 degrees.
We see from the above example that the rotations of Earth and Moon are collectively (but less so individually) closely synchronised with the precise time period of The Earth Year.
(3.) Earth’s Synchronisation With Jupiter and its Four Large Satellites.
The planet Jupiter has just four large satellites. (All the other Jupiter satellites are very very small). Jupiter’s rotation period is 0.41353831 Earth days. Jupiter’s four large satellites are:- Io (rotation period = 1.769137786 Earth days), Europa (rotation period = 3.551181041 Earth days)), Ganymede (rotation period = 7.15455296 Earth days), and Callisto (rotation period = 16.6890184 Earth days).
During the precise time period of One Earth Year:- (365.25636050 Earth days)
Jupiter rotates an angle of 317968.82 degrees,
and
Io rotates an angle of 74325.64 degrees,
and
Europa rotates an angle of 37027.76 degrees,
and
Ganymede rotates an angle of 18378.83 degrees,
and
Callisto rotates an angle of 7878.97 degrees.
The sum of these five angles is 455580.02 degrees, which is equivalent to 1265 complete rotations, and then the rotation of a further additional angle (ie:- a “remainder”) of 180.02 degrees, which is very close to 180 degrees (45 x 4 = 180), with a deviation of just 0.02 degrees.
(4.) Earth’s Synchronisation With Uranus and its Four Large Satellites.
Uranus has just 4 large satellites (All the other Uranus satellites are very small.) Uranus’ rotation period is 00.71833 Earth days. Its 4 large satellites are:- Ariel (rotation period = 2.52037932 Earth days), Umbriel (rotation period = 4.1441765 Earth days), Titania (rotation period = 8.7058703 Earth days), and Oberon (rotation period = 13.4632423 Earth days).
During the precise time period of One Earth Year:- (365.25636050 Earth days)
Uranus rotates an angle of 183052.76 degrees,
and
Ariel rotates an angle of 52171.63 degrees,
and
Umbriel rotates an angle of 31729.41 degrees,
and
Titania rotates an angle of 15103.87 degrees,
and
Oberon rotates an angle of 9766.76 degrees.
The sum of these five angles is 291824.43 degrees, which is equivalent to 810 complete rotations, and then the rotation of a further additional angle (ie:- a “remainder”) of 224.4 degrees, which is very close to 225 degrees (45 x 5 = 225), with a deviation of just 0.57 degrees.
(5.) Earth’s Synchronisation With Pluto And its Three Satellites
Pluto is the outermost planet in The Solar System. Pluto has three satellites:- Charon (rotation period = 6.38723 Earth days), Nix (rotation period = 24.8562 Earth days), and Hydra (rotation period = 38.2065 Earth days). (Pluto itself has a rotation period of 6.38723 Earth days).
During the precise time period of One Earth Year:- (365.25636050 Earth days)
Pluto rotates an angle of 20586.747 degrees,
and
Charon rotates an angle of 20586.747 degrees,
and
Nix rotated an angle of 5290.12 degrees,
and
Hydra rotates an angle of 3441.62 degrees.
The sum of these four angles is 49905.234 degrees, which is equivalent to 138 complete rotations, and then the rotation of a further additional angle (ie:- a “remainder”) of 225.23 degrees, which is very close to 225 degrees (45 x 5 = 225), with a deviation of just 0.23 degrees.
We see that Pluto and its three satellites have their movements closely synchronised with the precise time period of The Earth Year. However, Pluto and its three satellites also have their movements very closely synchronised with the precise time period of The Earth Day, as well.
The Earth day (ie:- the siderial day) is 0.997269663 Earth (Solar) days.
During the precise time period of the Earth siderial day (0.997269663 Earth (Solar) days
Pluto rotates an angle of 56.209 degrees,
and
Charon rotates an angle of 56.209 degrees,
and
Nix rotates an angle of 14.444 degrees,
and
Hydra rotates an angle of 9.397 degrees.
The sum of these four angles is 136.259 degrees, which is very close to 135 degrees (45 x 3 = 135), with a deviation of just 1.26 degrees.
and also
Pluto is also synchronised with the movements of Planet Earth in yet two further ways. In the following treatment, we will consider Pluto/Charon as a “binary” planet (as indeed many astronomers would assert).
The Earth Siderial Day (ie:- the length of time taken to perform one complete rotation in relation to the fixed stars) is 0.997269663 Earth (Solar) days.
The Earth Solar Day is 24 hours.
During the precise time period of One Earth Siderial Day, Pluto rotates an angle of 56.209 degrees, and Charon rotates an angle of 56.209 degrees.
and
During the precise time period of One Earth Solar Day, Pluto rotates an angle of 56.362 degrees, and Charon rotates an angle of 56.362 degrees.
The sum of these four angles is 225.142 degrees, which is very close to 225 degrees (45 x 5 = 225), with a deviation of just 0.142 degrees.
and also:-
During the precise time period of One Earth Year:- (365.25636050 Earth days)
Pluto rotates an angle of 20586.747 degrees, and Charon rotates an angle of 20586.747 degrees.
The sum of these two angles is 41173.495 degrees, which us equivalent to 114 complete rotations, and then the rotation of a further additional angle (ie:- a “remainder”) of 133.495 degrees, which is very close to 135 degrees (45 x 3 = 135), with a deviation of just 1.51 degrees.
Pluto and its three satellites are involved in many further Half Right Angle Rule relationships with bodies other than Earth. To see these relationships, scroll to the very top of this page, and click on the word "Pluto" in the blue navigation bar, which is almost at the top of the screen.
(6.) Earth’s Synchronisation With The Four Inner Solar System Planets.
There are just four planets in The Inner Solar System. These are:-Mercury (rotation period = 58.6462 Earth days), Venus (rotation period = 243.0187 Earth days), Earth (rotation period (in relation to the fixed stars) = 0.997269663 Earth (Solar) days), and Mars (rotation period = 1.025956019 Earth days).
During the precise time period of One Earth Year (365.25636050Earth days):-
Mercury rotates an angle of 2242.128 degrees,
and
Venus rotates an angle of 541.079 degrees,
and
Earth rotates an angle of 131852.291 degrees,
and
Mars rotates an angle of 128165.621 degrees.
The sum of these four angles is 262801.119 degrees, which is equivalent to 730 complete rotations, and then the rotation of a further additional angle (ie:- a “remainder”) of 1.19 degrees, which is very close to 0 degrees (45 x 0 = 0), with a deviation of just 1.19 degrees.
We see above that The Four Inner Solar System Planets have their movements very closely synchronised with the precise time period of The Earth Year. In fact, The Four Inner Solar System Planets also have their movements very closely synchronised with the precise time period of The Earth (Solar) Day. I will now demonstrate this:-
During the precise time period of One Earth Solar Day:- (ie:- 24 hours)
Mercury rotates an angle of 6.139 degrees,
and
Venus rotates an angle of 1.481 degrees,
and
Earth rotates an angle of 360.986 degrees,
and
Mars rotates an angle of 350.892 degrees.
The sum of these four angles is 719.498 degrees, which is equivalent to 1 complete rotation, and then the rotation of a further additional angle (ie:- a “remainder”) of 359.498 degrees, which is very close to 360 degrees (45 x 8 = 360), with a deviation of just 0.5 degrees.
(7.) Earth’s Synchronisation With Sun, Moon and Planets.
The Sun’s rotation period is 24.66225 Earth (Solar) days.
The orbital periods (ie:- siderial periods of revolution) and siderial rotation periods of The Moon and the Planets are as follows (expressed in Solar Earth days):-
Mercury orbital period = 87.9694 rotation period = 58.6462
Venus orbital period = 224.695 rotation period = 243.0187
Earth orbital period = 365.25636050 rotation period = 0.997269663
The Moon orbital period = 27.321660879 rotation period = 27.321660879
Mars orbital period = 686.980 rotation period = 1.025956019
Jupiter orbital period = 4330.595 rotation period = 0.41353831
Saturn orbital period = 10727.16 rotation period = 0.44401
Uranus orbital period = 30717.682 rotation period = 0.71833
Neptune orbital period = 60215.912 rotation period = 0.671252
Pluto orbital period = 90803.66 rotation period = 6.38723
During the precise time period of One Earth Year (365.25636050 Earth days):-
The Sun rotates an angle of 5331.723 degrees,
and
Mercury revolves an angle of 1494.750 degrees,
and
Venus revolves an angle of 585.203 degrees,
and
Earth revolves an angle of 360.000 degrees,
and
The Moon revolves an angle of 4812.749 degrees,
and
Mars revolves an angle of 191.406 degrees,
and
Jupiter revolves an angle of 30.364 degrees,
and
Saturn revolves an angle of 12.258 degrees,
and
Uranus revolves an angle of 4.281 degrees,
and
Neptune revolves an angle of 2.184 degrees,
and
Pluto revolves an angle of 1.448 degrees.
The sum of these eleven angles is 12826.366 degrees, which is equivalent to 35 complete revolutions/rotations, and then the revolution/rotation of a further additional angle (ie:- a “remainder”) of 226.37 degrees, which is very close to 225 degrees (45 x 5 = 225), with a deviation of just 1.37 degrees.
We see above that The Sun, The Moon, and The Planets, considered collectively as a group, have their movements very closely synchronised with the movements of Planet Earth. In fact, The Sun, The Moon, and The Planets (collectively, as a group) also have their movements very closely synchronised with the movements of Planet Earth in a second way, which I will now show you.
During the precise time period of The Sun’s rotation period, Earth revolves (in its orbit round The Sun) an angle of 24.307 degrees,
and
During the precise time period of Mercury’s rotation period, Earth revolves an angle of 57.802 degrees,
and
During the precise time period of Venus’ rotation period, Earth revolves an angle of 239.52 degrees,
and
During the precise time period of Earth’s rotation period, Earth revolves an angle of
0.983 degrees,
and
During the precise time period of The Moon’s rotation period, Earth revolves an angle of 26.928 degrees,
and
During the precise time period of Mars’ rotation period, Earth revolve s an angle of 1.011 degrees,
and
During the precise time period of Jupiter’s rotation period, Earth revolves an angle of 0.408 degrees,
and
During the precise time period of Saturn’s rotation period, Earth revolves an angle of 0.438 degrees,
and
During the precise time period of Uranus’ rotation period, Earth revolves an angle of 0.708 degrees,
and
During the precise time period of Neptune’s rotation period, Earth revolves an angle of 0.662 degrees,
and
During the precise time period of Pluto’s rotation period, Earth revolves an angle of 6.295 degrees.
The sum of these eleven angles is 359.06 degrees, which is very close to 360 degrees (45 x 8 = 360), with a deviation of just 0.94 degrees.
(8.) Earth’s Synchronisation With The Four Giant Planets.
The Four Giant Planets (or “Gas Giants”) are Jupiter (rotation period = 0.41353831 Earth days), Saturn (rotation period = 0.44401 Earth days), Uranus (rotation period = 0.71833 Earth days), and Neptune (rotation period = 0.671252 Earth days).
During the precise time period of One Earth Year (365.25636050 Earth days):-_
Jupiter rotates an angle of 317968.823 degrees,
and
Saturn rotates an angle of 296147.136 degrees,
and
Uranus rotates an angle of 183052.761 degrees,
and
Neptune rotates an angle of 195891.096 degrees.
The sum of these four angles is 993059.816 degrees, which is equivalent to 2758 complete rotations, and then the rotation of a further additional angle (ie:- a “remainder”) of 179.816 degrees, which is very close to 180 degrees (45 x 4 = 180), with a deviation of just 0.184 degrees.
We see from the above example that The Four Giant Planets have their movements very closely synchronised with the precise time period of The Earth Year. In fact, they also have their movements very closely synchronised with the precise time period of The Earth Siderial Day (which is 0.997269663 Earth Solar days). Let me show you:-
During the precise time period of Jupiter’s rotation period, Earth rotates (in relation to the fixed stars) an angle of 149.281 degrees,
And
During the precise time period of Saturn’s rotation period, Earth rotates an angle of 160.281 degrees,
And
During the precise time period of Uranus’ rotation period, Earth rotates an angle of 259.307 degrees,
And
During the precise time period of Neptune’s rotation period, Earth rotates an angle of 242.312 degrees.
The sum of these four angles is 811.181 degrees, which is equivalent to 2 complete rotations, and then the rotation of a further additional angle of 91.181 degrees, which is very close to 90 degrees (45 x 2 = 90), with a deviation of just 1.181 degrees.
(9.)Earth’s Synchronisation With The Sun and The Inner Solar System Planets.
The Sun rotation period = 24.66225 Earth days
The Four Inner Solar System Planets are:- Mercury (orbital period = 87.9694 Earth days, and rotation period = 58.6462 Earth days), Venus (orbital period = 224.695 Earth days, and rotation period = 243.0187 Earth days), Earth (orbital period = 365.25636050 Earth days, and siderial rotation period = 0.997269663 Earth Solar days), and Mars (orbital period = 686.980 Earth days, and rotation period = 1.025956019 Earth days).
During the precise time period of One Earth Year (365.25636050 Earth days):-
The Sun rotates an angle of 5331.723 degrees,
and
Mercury revolves an angle of 1494.750 degrees,
and
Venus revolves an angle of 585.203 degrees,
and
Earth revolves an angle of 360.000 degrees,
and
Mars revolves an angle of 191.406 degrees.
The sum of these five angle is 7963.082 degrees, which is equivalent to 22 complete rotations/revolutions, and then a revolution/rotation of a further additional angle (ie:- a “remainder”) of 43.08 degrees, which is very close to 45 degrees (45 x 1 = 45), with a deviation of just 1.92 degrees.
and also
The following feature involves The Sun and the Inner Solar System Planets, excluding Planet Earth.
During the precise time period of The Sun’s rotation period, Earth rotates in relation to The Sun an angle of 8878.41 degrees,
and
During the precise time period of Mercury’s rotation period, Earth rotates in relation to The Sun an angle of 21112.632 degrees,
and
During the precise time period of Mercury’s orbital period, Earth rotates in relation to The Sun an angle of 31668.984 degrees,
and
During the precise time period of Venus’ rotation period, Earth rotates in relation to The Sun an angle of 87486.732 degrees,
and
During the precise time period of Venus’ orbital period, Earth rotates in relation to The Sun an angle of 80890.200 degrees,
and
During the precise time period of Mars’ rotation period, Earth rotates in relation to The Sun an angle of 369.344 degrees,
and
During the precise time period of Mars’ orbital period, Earth rotates in relation to The Sun an angle of 247312.800 degrees.
The sum of these seven angles is 477719.102 degrees, which is equivalent to 1326 complete rotations, and then the rotation of a further additional angle (ie:- a “remainder”) of 359.1 degrees, which is very close to 160 degrees (45 x 8 = 360), with a deviation of just 0.9 degrees.
and also
Here is yet a further feature involving The Sun and The Inner Solar System Planets excluding Planet Earth:-
During the precise time period of The Sun’s rotation period, Earth rotates in relation to the fixed stars an angle of 8902.717 degrees,
and
During the precise time period of Mercury’s rotation period, Earth rotates in relation to the fixed stars an angle of 21170.434 degrees,
and
During the precise time period of Venus’ rotation period, Earth rotate sin relation to the fixed stars an angle of 87726.254 degrees,
and
During the precise time period of Mars’ rotation period, Earth rotates in relation to the fixed stars an angle of 370.355 degrees.
The sum of these four angles is 118169.760 degrees, which is equivalent to 328 complete rotations, and then the rotation of a further additional angle (ie:- a “remainder”) of 89.76 degrees, which is very close to 90 degrees (45 x 2 = 90), with a deviation of just 0.24 degrees.
and also
Here is a further feature involving The Sun and the Inner Solar System Planets excluding Planet Earth. This feature involves the Synodic Periods of The Sun and the Inner Solar System Planets. A Synodic Period is the orbital period of a planet, as measured from Planet Earth, but without factoring in Earth’s movement through space in its own orbit round The Sun. In other words, a Synodic period is the apparent orbital period of a planet (or of a satellite).
The Synodic Periods of the Sun and The Inner Solar System Planets are as follows:-
Sun Synodic Period = 27.2753 Earth days.
Mercury Synodic Period = 115.8774 Earth days.
Venus Synodic Period = 583.9205 Earth days.
Earth is not considered by astronomers to have a synodic period.
Mars Synodic Period = 779.9382 Earth days.
During the precise time period of The Sun’s synodic period, Earth revolves (in its orbit round the Sun) an angle of 26.883 degrees,
and
During the precise time period of Mercury’s synodic period, Earth revolves an angle of 114.21 degrees,
and
During the precise time period of Venus’ synodic period, Earth revolves an angle of 575.517 degrees,
and
During the precise time period of Mars’ synodic period, Earth revolves an angle of 768.714 degrees.
The sum of these four angles is 1485.324 degrees, which is equivalent to 4 complete revolutions, and then the revolution of a further additional angle (ie:- a “remainder”) of 45.324 degrees, which is very close to 45 degrees (45 x 1 = 45), with a deviation of just 0.324 degrees.
(10.) Earth’s Synchronisation With The Three Prograde (Rotation) Giant Planets.
There are just four Giant Planets in The Solar System. These are Jupiter, Saturn, Uranus, and Neptune. Three of these Giant Planets (Jupiter, Saturn, and Neptune) rotate (on their axis) in the “right”, or “correct,” or “prograde” direction. One of these four Giant Planets (Uranus) rotates in the “wrong” or “retrograde” direction.
The orbital periods (ie:- periods of revolution) of The Three Prograde Giant Planets are as follows:- Jupiter orbital period = 4330.595 Earth days.
Saturn orbital period = 10727.16 Earth days.
Neptune’s orbital period = 60215.912 Earth days.
During the precise time period of One Earth Year (365.25636050 Earth days):-
Jupiter revolves and angle of 30.364 degrees,
and
Saturn revolves an angle of 12.258 degrees,
and
Neptune revolves an angle of 2.184 degrees.
The sum of these three angles is 44.806 degrees, which is very close to 45 degrees (45 x 1 = 45), with a deviation of just 0.194 degrees.
(11.) Earth’s Synchronisation With The Sun and The Five Outer Solar System Planets.
The Five Outer Solar System Planets are as follows:- Jupiter (rotation period = 0.41353831 Earth days), Saturn (rotation period = 0.44401 Earth days), Uranus (rotation period = 0.71833 Earth days), Neptune (rotation period = 0.671252 Earth days), and Pluto (rotation period = 6.38723 Earth days).
The Sun’s rotation period = 24.66225 Earth days.
During the precise time period of One Earth Year (365.25636050 Earth days):-
The Sun rotates an angle of 5331.723 degrees,
and
Jupiter rotates an angle of 317968.823 degrees,
and
Saturn rotates an angle of 296147.136 degrees,
and
Uranus rotates an angle of 183052.761 degrees,
and
Neptune rotates an angle of 195891.096 degrees,
and
Pluto rotates an angle of 20586.747 degrees.
The sum of these six angles is 1018978.29 degrees, which is equivalent to 2830 complete rotations, and then the rotation of a further additional angle (ie:- a “remainder”) of 178.29 degrees, which is very close to 180 degrees (45 x 4 = 180), with a deviation of just 1.71 degrees.
In the above example, we see that The Sun and The Outer Solar System Planets collectively have their movements closely synchronised with the movements of Planet Earth. In fact, there is a second way in which this synchronisation occurs. Let me show you.
During the precise time period of One Earth Solar Day (24 hours):-
The Sun rotates an angle of 14.597 degrees,
and
Jupiter rotates an angle of 870.536 degrees,
and
Saturn rotates an angle of 810.793 degrees,
and
Uranus rotates an angle of 501.162 degrees,
and
Neptune rotates an angle of 536.311 degrees,
and
Pluto rotates an angle of 56.362 degrees.
The sum of these six angles is 2789.761 degrees, which is equivalent to 7 complete rotations, and the rotation of a further additional; angle of 269.761 degrees, which is very close to 270 degrees (45 x 6 = 270), with a deviation of just 0.33 degrees.
(12.)Earth’s Synchronisation With The Eight Close Jupiter Satellites.
Jupiter has just four large satellites. All the other Jupiter satellites are very small. Listed in ascending orbit order, the Four Large Jupiter Satellites are as follows:- Io (rotation period = 1.769137786 ), Europa (rotation period = 3.551181041), Ganymede (rotation period = 7.15455296), and Callisto (rotation period = 16.6890184). (Note:- Rotation periods expressed in Solar Earth days).
What most people do not realise is that, between Io (the innermost of these four satellites) and Jupiter there are another four satellites (all small ones), which, listed in ascending orbit order, are as follows:- Metis (rotation period = 0.294780), Adrastea (rotation period = 0.29826), Amalthea (rotation period = 0.498179), and Thebe (rotation period = 0.6745).
The Four Large Jupiter Satellites, and the four small satellites inferior to them are The Eight Close (ie:- close to their parent Jupiter) Jupiter Satellites.
During the precise time period of One Earth (Siderial) Day (0.997269663 Earth (Solar) days):-
Metis rotates an angle of 1217.915 degrees,
and
Adrastea rotates an angle of 1203.705 degrees,
and
Amalthea rotates an angle of 720.659 degrees,
and
Thebe rotates an angle of 532.271 degrees,
and
Io rotates an angle of 202.933 degrees,
and
Europa rotates an angle of 101.098 degrees,
and
Ganymede rotates an angle of 50.180 degrees,
and
Callisto rotates an angle of 21.512 degrees.
The sum of these eight angles is 4050.273 degrees, which is equivalent to 11 complete rotations, and then the rotation of a further additional angle (ie:- a “remainder”) of 90.273 degrees, which is very close to 90 degrees (45 x 2 = 90), with a deviation of just 0.273 degrees.
Now I will show you a feature which involves only Jupiter’s Four Large Satellites, without the four smaller inferior satellites.
Earth’s siderial rotation period (ie:- in relation to the fixed stars) is 0.997269663 Earth (Solar) days.
During the precise time period of Io’s rotation period, Earth rotates (in relation to the fixed stars) an angle of 638.633 degrees,
and
During the precise time period of Europa’s rotation period, Earth rotates an angle of 1281.925 degrees,
and
During the precise time period of Ganymede’s rotation period, Earth rotates an angle of 2582.691 degrees,
and
During the precise time period of Callisto’s rotation period, Earth rotates an angle of 6024.496 degrees.
The sum of these four angles is 10527.745 degrees, which is equivalent to 29 complete rotations, and then the rotation of a further additional angle (ie:- a “remainder”) of 87.745 degrees, which is very close to 90 degrees (45 x 2 = 90), with a deviation of just 2.26 degrees.
(13.)Earth’s Synchronisation With The Fast Rotating Planets.
The Solar System contains nine planets. Three of these planets rotate slowly on their axis, with long rotation periods and six of these planets rotate at a fast rate, with short rotation periods. The Six Fast Rotating Planets are as follows:-
Earth (rotation period = 0.997269663 Earth (Solar) days),
Mars (rotation period = 1.025956019 Earth days),
Jupiter (rotation period = 0.41353831 Earth days),
Saturn (rotation period = 0.44401 Earth days),
Uranus (rotation period = 0.71833 Earth days),
Neptune (rotation period = 0.671252 Earth days).
Note:- The Three Slow Rotating Planets are:- Mercury (rotation period = 58.6462 Earth days), Venus (rotation period = 243.0187 Earth days), and Pluto (rotation period = 6.38723 Earth days).
During the precise time period of One Earth (siderial) Day (0.997269663 Earth (Solar) days):-
Earth rotates (in relation to the fixed stars) an angle of 360.000 degrees,
and
Mars rotates an angle of 349.934 degrees,
and
Jupiter rotates an angle of 868.159 degrees,
and
Saturn rotates an angle of 808.579 degrees,
and
Uranus rotates an angle of 499.794 degrees,
and
Neptune rotates an angle of 534.847 degrees.
The sum of these six angles is 3421.313 degrees, which is equivalent to 9 complete rotations, and then the rotation of a further additional angle (ie:- a “remainder”) of 181.31 degrees, which is very close to 180 degrees (45 x 4 = 180), with a deviation of just 1.31 degrees.
(14.) Earth’s Synchronisation With The Four Inner Solar System Non-Planetary Bodies.
The Solar System contains The Sun, four planets, and three satellites. These three satellites are:- The Moon, and the two Mars satellites, Phobos and Deimos. In that case, the four Inner Solar System bodies that are not planets (ie:- The Four Inner Solar System Non-Planetary Bodies) are as follows:-
The Sun (rotation period = 24.66225 Earth days),
The Moon (rotation period = 27.321660879 Earth days,
Phobos (rotation period = 0.31891023 Earth days),
Deimos (rotation period = 1.2624407 Earth days).
During the precise time period of One Earth SOLAR Day (ie:- 24 hours):-
The Sun rotates an angle of 14.597 degrees,
and
The Moon rotates an angle of 13.176 degrees,
and
Phobos rotates an angle of 1128.844 degrees,
and
Deimos rotates an angle of 285.162 degrees.
AND
During the precise time period of One Earth SIDERIAL Day (ie:- 0.997269663 Earth Solar days)
The Sun rotates an angle of 14.557 degrees,
and
The Moon rotates an angle of 13.140 degrees,
and
Phobos rotates an angle of 1125.762 degrees,
and
Deimos rotates an angle of 284.383 degrees.
The sum of these eight angles is 2879.621 degrees, which is equivalent to 7 complete rotations, and then the rotation of a further additional angle (ie:- a “remainder”) of 359.62 degrees, which is very close to 360 degrees (45 x 8 = 360), with a deviation of just 0.38 degrees.
(15.) Earth’s Synchronisation With Mars and its Two Satellites.
We saw that:-
The Sun and its satellites (planets) and
Earth and its satellite, and
Jupiter and its four large satellites, and
Uranus and its four large satellites, and
Pluto and its three satellites---------
all have their movements very closely synchronised with the movements of Planet Earth. However, the reader may have wondered----- What about Mars and its two satellites (Phobos and Deimos)? Do they not have their movements synchronised with the movements of Planet Earth? Well, the answer to that question is that - Yes, they do, but in a slightly more complex manner. Let me demonstrate.
Mars rotation period = 1.025956019 Earth days.
Phobos rotation period = 0.31891023 Earth days.
Deimos rotation period = 1.2624407 Earth days.
Earth (siderial) rotation period = 0.997269663 Earth (Solar ) days.
During the precise time period of One Earth Rotation Period, Mars rotates an angle of 349.934 degrees,
and (in reverse)
During the precise time period of One Mars Rotation Period, Earth rotates an angle of 370.355 degrees.
During the precise time period of One Earth Rotation Period, Phobos rotates an angle of 1125.762 degrees.
and (in reverse)
During the precise time period of One Phobos Rotation Period, Earth rotates an angle of 115.122 degrees.
During the precise time period of One Earth Rotation Period, Deimos rotates an angle of 284.383 degrees,
and (in reverse)
During the precise time period of One Deimos Rotation Period, Earth rotates an angle of 455.723 degrees.
The sum of these six angles is 2701.279 degrees, which is equivalent to 7 complete rotations, and then the rotation of a further additional angle (ie:- a “remainder”) of 181.28 degrees, which is very close to 180 degrees (45 x 4 = 180), with a deviation of just 1.28 degrees.
The above relationship is complex; but in fact it is even more complex than it first appears. If we exclude Mars altogether, and just focus on The Two Mars satellites, Phobos and Deimos, by themselves, then we find that, adding up the four angles, the total is 1980.990 degrees (ie:-1125.762 + 115.122 + 284.383 + 455.723 = 1980.990), which is equivalent to 5 complete rotations and then the rotation of a further additional angle of 180.99 degrees, which is very close to 180 degrees (45 x 4 = 180), with a deviation of just 0.99 degrees.
In fact, the relationship is even more complex than this, but there is not space to detail it here.
(16.) Earth’s Synchronisation With The Closest Satellites of The Four Giant Planets.
The Solar System contains Four Giant Planets. Each of these planets has satellites, and each of these planets has one satellite which is closer to it than any of its other satellites. The Four Giant Planets are Jupiter, Saturn, Uranus, and Neptune.
Jupiter’s closest satellite is Metis (with rotation period of 0.294780 Earth days)
Saturn’s closest satellite is Pan (with rotation period of 0.5750 Earth days).
Uranus’ closest satellite is Cordelia (with rotation period of 0.335034 Earth days).
Neptune’s closest satellite is Naiad (with rotation period of 0.294396 Earth days).
Earth’s rotation period (in relation to The Sun - ie:- the length of Earth’s Solar day) is 24 hours.
During the precise time period of Metis’ rotation period, Earth rotates (in relation to The Sun) an angle of 106.121 degrees.
During the precise time period of Pan’s rotation period, Earth rotates an angle of 207.000 degrees.
During the precise time period of Cordelia’s rotation period, Earth rotates an angle of 120.612 degrees.
During the precise time period of Naiad’s rotation period, Earth rotates an angle of 105.983 degrees.
The sum of these four angles is 539.716 degrees, which is equivalent to 1 complete rotation, and then the rotation of a further additional angle (ie:- a “remainder”) of 179.72 degrees, which is very close to 180 degrees (45 x 4 = 180), with a deviation of just 0.28 degrees.
(17.) Earth’s Synchronisation With The Closest LARGE Satellites of The Four Giant Planets.
In item 16 above, we looked at the closest satellites of The Four Giant Planets. These satellites are all small satellites. Each of The Four Giant Planets also have large satellites. In this present feature, we will focus on the closest large satellite to each of the Four Giant Planets.
Jupiter’s closest large satellite is Io, with a rotation period of 1.769137786 Earth days.
Saturn’s closest large satellite is Mimas, with a rotation period of 0.942421813 Earth days.
Uranus’ closest large satellite is Miranda, with a rotation period of 1.4134840 Earth days.
Neptune’s closest large satellite is Triton, with a rotation period of 5.8768441 Earth days.
During the precise time period of Io’s rotation period, Earth rotates (in relation to The Sun) an angle of 636.890 degrees,
and
During the precise time period of Mimas’ rotation period, Earth rotates an angle of 339.272 degrees,
and
During the precise time period of Miranda’s rotation period, Earth rotates an angle of 508.854 degrees,
and
During the precise time period of Triton’s rotation period, Earth rotates an angle of 2115.664 degrees.
The sum of these four angles is 3600.680 degrees, which is equivalent to 10 complete rotations, and then the rotation of a further additional angle (ie:- a “remainder”) of 0.68 degrees, which is close to 0 degrees (45 x 0 = 0), with a deviation of just 0.68 degrees.
Note:- In the above feature, Miranda is treated as Uranus’ closest large satellite, rather than Ariel. In fact, Uranus has just four really large satellites:- Ariel, Umbriel, Titania, and Oberon. Miranda is only a tiny fraction of the size of Ariel, but nevertheless, Miranda is still much larger than any of Uranus’ other satellites, apart from the four really large ones listed above. In that case, it is a judgement call as to whether Ariel or Miranda is Uranus’ closest large satellite.
(18.) Eart’s Synchronisation With The Five Outer Solar System “Primary” Satellites.
A”Primary” Satellite is the largest (close) satellite for any particular planet.
For instance, Jupiter has a lot of satellites; but the largest Jupiter satellite is Ganymede. In that case, Ganymede is Jupiter’s “primary” satellite.
The Outer Solar System contains five planets:- Jupiter. Saturn, Uranus, Neptune, and Pluto. Each one of these planets has satellites, and therefore, each one of these planets has a “primary” satellite.
Jupiter’s “primary” satellite is Ganymede, which has a rotation period of 7.15455296 Earth days.
Saturn’s “primary” satellite is Titan, which has a rotation period of 15.94542068 Earth days.
Uranus’ “primary” satellite is Titania, which has a rotation period of 8.7058703 Earth days.
Neptune’s “primary” satellite is Triton, which has a rotation period of 5.8768441 Earth days.
Pluto’s “primary” satellite is Charon, which has a rotation period of 6.38723 Earth days.
During the precise time period of One Earth Year (365.25636050 Earth days):-
Ganymede rotates an angle of 18378.83 degrees,
and
Titan rotates an angle of 8246.40 degrees,
and
Titania rotates an angle of 15103.87 degrees,
and
Triton rotates an angle of 22374.64 degrees,
and
Charon rotates an angle of 20586.75 degrees.
The sum of these five angles is 84690.49 degrees, which is equivalent to 235 complete rotations, and then the rotation of a further additional angle (ie:- a “remainder”) of 90.49 degrees, which is very close to 90 degrees (45 x 2 = 90), with a deviation of just 0.49 degrees.
We see from the above example that The Five Outer Solar System Primary Satellites have their movements very closely synchronised with the precise time period of The Earth Year. However, there is also a second way in which this synchronisation occurs.
Earth’s orbital period (ie:- period of revolution) is 365.25636050 Earth (Solar) days.
During the precise time period of Ganymede’s rotation period, Earth revolves (in its orbit round The Sun) an angle of 7.052 degrees.
and
During the precise time period of Titan’s rotation period, Earth revolves an angle of 15.716 degrees,
and
During the precise time period of Titania’s rotation period, Earth revolves an angle of 8.581 degrees,
and
During the precise time period of Triton’s rotation period, Earth revolves an angle of 5.792 degrees,
and
During the precise time period of Charon’s rotation period, Earth revolves an angle of 6.295 degrees.
The sum of these five angles is 43.436 degrees, which is very close to 45 degrees (45 x 1 = 45), with a deviation of just 1.56 degrees.
At first, the reader might assume that the one synchronisation automatically follows from the other. However, this is not the case. If you go back to item 5 in the database, you will see how Pluto and its three satellites have their movements very closely synchronised with the precise time period of The Earth Day. During the precise time period of One Earth siderial day, (ie:- one Earth siderial rotation period), the sum of the angles rotated by Pluto and its three satellites is 136.259 degrees, which is very close to 135 degrees (45 x 3 = 135). However, during the precise time period of Pluto’s rotation period, Earth rotates an angle of 2305.698 degrees; and during the precise time period of Charon’s rotation period, Earth rotates an angle of 2305.698 degrees; and during the precise time period of Nix’s rotation period, Earth rotates an angle of 8972.731 degrees; and during the precise time period of Hydra’s rotation period, Earth rotates an angle of 13791.997 degrees. The sum of these four angles is 27376.124degrees, which is equivalent to 76 complete rotations, and the rotation of
a further additional angle (ie:- a “remainder”) of 16.124 degrees, which is not close to a multiple of 45 degrees.
This “failure” clearly demonstrates that the two types of synchronisation of The Five Outer Solar System “Primary” Satellites are “independent” of one another, and that the one mode of synchronisation does not necessarily imply the other.
(20.) Earth’s Synchronisation With The Solar System’s “Primary” Satellites.
The Solar System contains eight “satellited” bodies (ie:- bodies which possess satellites). These are as follows: The Sun, Earth, Mars, Jupiter, Saturn, Uranus, Neptune, and Pluto. The “Primary” Satellite for any particular planet is that planet’s largest close satellite. Since there are eight “satellited” bodies in The Solar System, there must be eight “Primary” Satellites in The Solar System. Here is a list of The Eight “Primary” Satellites of The Solar System:-The Sun’s “Primary” Satellite is Earth. (Note:- Jupiter is The Sun’s largest satellite (planet), but Jupiter is very distant from The Sun.) The Sun’s largest close satellite is Earth. Remember:- The definition of a “Primary” Satellite is “The largest close satellite of a particular body” - not simply the largest satellite of a particular body. In that case, The Sun’s “primary “ satellite is Earth (orbital period = 365.25636050 Earth days, and rotation period = 0.997269663 Earth (Solar) days).
Earth’s “primary” satellite is Moon (orbital/rotation period = 27.321660879 Earth days).
Mars’ “primary” satellite is Phobos (orbital/rotation period = 0.31891023 Earth days).
Jupiter’s “primary” satellite is Ganymede (orbital/rotation period = 7.15455296 Earth days).
Saturn’s “primary” satellite is Titan (orbital/rotation period = 15.94542068 Earth days).
Uranus’ “primary” satellite is Titania (orbital/rotation period = 8.7058703 Earth days).
Neptune’s “primary” satellite is Triton (orbital/rotation period = 5.8768441 Earth days).
Pluto’s “primary” satellite is Charon (orbital/rotation period = 6.38723 Earth days).
Earth, Moon, Phobos, Ganymede, and Titan revolve in the “right”, or “correct”, or “prograde” direction. Titania, Triton, and Charon revolve in the “wrong” or “retrograde” direction. In that case, The Prograde Primary Satellites are as follows:-
Earth, Moon, Phobos, Ganymede, and Titan .
Now we will see how The Prograde “Primary” Satellites have their movements very closely synchronised with the precise time period of The Earth day.
During the precise time period of Earth’s orbital period, Earth rotates (in relation to The Sun) an angle of 131492.290 degrees,
and
During the precise time period of The Moon’s orbital period, Earth rotates (in relation to The Sun) an angle of 9835.798 degrees,
and
During the precise time period of Phobos’ orbital period, Earth rotates (in relation to The Sun) and angle of 114.808 degrees,
and
During the precise time period of Ganymede’s orbital period, Earth rotates an angle of 2575.639 degrees,
and
During the precise time period of Titan’s orbital period, Earth rotates (in relation to The Sun) an angle of 5740.351 degrees.
The sum of these five angles is 149758.886 degrees, which is equivalent to 415 complete rotations, and then the rotation of a further additional angle (ie:- a “remainder”) of 358.886 degrees, which is very close to 360 degrees (45 x 8 = 360), with a deviation of just 1.11 degrees.
We see here a close synchronisation of The Prograde “Primary” Satellites with the rotation of Planet Earth. In fact, this synchronisation also “works in reverse” as well.
Let me show you:-
During the precise time period of One Solar Day (ie:- 24 hours):-
Earth rotates (in relation to the fixed stars) an angle of 360.986 degrees,
and
The Moon rotates an angle of 13.176 degrees,
and
Phobos rotates an angle of 1128.844 degrees,
and
Ganymede rotates an angle of 50.318 degrees,
and
Titan rotates an angle of 22.577 degrees.
The sum of these angles is 1575.901 degrees, which is equivalent to 4 complete rotations, and then the rotation of a further additional angle (ie:- a “remainder”) of 135.9 degrees, which is very close to 135 degrees (45 x 3 = 135), with a deviation of just 0.9 degrees.
We see that The Prograde Primary Satellites have their movements very closely synchronised with the precise time period of The Earth Day, in not just one way, but in two separate ways. We have already seen that these two “ways” are independent of one another, the one not necessarily implying or requiring the other.
Now let’s look at The Three RETROGRADE Primary Satellites.
Uranus’ “primary” satellite is Titania, which has retrograde revolution.
Neptune’s “primary” satellite is Triton, which has retrograde revolution.
Pluto’s “primary” satellite is Charon, which has retrograde revolution.
Titania, Triton, and Charon are The Solar System’s Three Retrograde Primary Satellites.
During the precise time period of Titania’s rotation period, Earth rotates an angle of 3134.113 degrees in relation to The Sun, and an angle of 3142.694 degrees in relation to the fixed stars.
and
During the precise time period of Triton’s rotation period, Earth rotates an angle of 2115.664 degrees in relation to The Sun, and an angle of 2121.456 degrees in relaion to the fixed stars.
and
During the precise time period of Charon’s rotation period, Earth rotates an angle of 2299.403 degrees in relation to The Sun, and an angle of 2305.698 degrees in relation to the fixed stars.
The sum of these six angles is 15119.028 degrees, which is equivalent to 41 complete rotations, and then the rotation of a further additional; angle (ie:- a “remainder”) of 359.028 degrees, which is very close to 360 degrees (45 x 8 = 360), with a deviation of just 0.972 degrees.
There is one further feature involving The “Primary” Satellites that we should look at. This time we will be looking at the synodic periods of The Seven Planetary “Primary” Satellites. (ie:- This excludes The Sun’s “Primary” Satellite, Earth).
The Seven Planetary Primary Satellites are:- Moon, Phobos, Ganymede, Titan, Titania, Triton, and Charon.
A synodic period is the apparent orbital period of a planet or satellite when measured by an observer located on Earth, but without factoring in Earth’s movement through space in its own orbit round The Sun.
The Moon’s synodic period is 29.53058912 Earth days.
Phobos’ synodic period is 0.31905787 Earth days.
For the other “primary” satellites, the orbital period and the synodic period are pretty much identical.
During the precise time period of The Moon’s synodic period, Earth rotates an angle (in relation to the fixed stars) of 10660.117 degrees,
and
During the precise time period of Phobos’ synodic period, Earth rotates an angle of 115.175 degrees,
and
During the precise time period of Ganymede’s synodic period, Earth rotates an angle of 2582.691 degrees,
and
During the precise time period of Titan’s synodic period, Earth rotates an angle of 5756.067 degrees,
and
During the precise time period of Tityania’s synodic period, Earth rotates an angle of 3142.694 degrees,
and
During the precise time period of Triton’s synodic period, Earth rotates an angle of 2121.456 degrees,
and
During the precise time period of Charon’s synodic period, Earth rotates an angle of 2305.698 degrees.
The sum of these seven angles is 26683.898 degrees, which is equivalent to 74 complete rotations, and the thr rotation of a further additional angle (ie:- a “remainder”) of 43.9 degrees, which is very close to 45 degrees (45 x 1 = 45), with a deviation of just 1.1 degrees.
We see above that the various “groups” of “primary” satellites have their movements very closely synchronised with the movements of Planet Earth in various different ways. It should be remembered that the “primary” satellites of different planets have no physical connection with one another, in terms of the laws of physics as currently conceived. “Groups” of “primary” satellites are (to all intents and purposes) not physical groups of satellites, but are merely “conceptual” groups. In that case, the synchronisation of the movements of “groups” of “primary” satellites with the movements of Planet Earth represents an altogether higher order of inexplicability than “ordinary” Second Order Half Right Angle Rule features.
(21.) Earth’s Synchronisation With The Six Large Inner Solar System Bodies.
The Six Large Inner Solar System Bodies are as follows:-
The Sun (Rotation period = 24.66225 Earth days, and Synodic period = 27.2753 Earth days)
Mercury (Rotation period = 58.6462 Earth days) (orbital period = 87.9694 Earth days) (synodic period = 115.8774 Earth days)
Venus (rotation period = 243.0187 Earth days) (orbital period = 224.695 Earth days) (synodic period = 583.9205 Earth days).
Earth (siderial rotation period, ie:- in relation to the fixed stars = 0.997269663 Solar Earth days) (orbital period = 365.25636050 Solar Earth days) (Earth is not considered by astronomers to have a synodic period)
Moon (rotation period and also orbital period both are 27.321660879 Earth days)
(synodic period = 29.530588 Earth days).
Mars (rotation period = 1.025956019 Earth days) (orbital period = 686.980 Earth days) (synodic period = 779.9382 Earth days)
There are two other Inner Solar System bodies, the Mars satellites, Phobos and Deimos, but these are very very small. There are only six Inner Solar System bodies that can be reasonably described as being large, as listed above.
During the precise time period of Earth’s siderial rotation period,
The Sun rotates an angle of 14.557 degrees,
and
Mercury rotates (on its axis) an angle of 6.122 degrees, and revolves (round The Sun) an angle of 4.081 degrees,
and
Venus rotates an angle of 1.477 degrees, and revolves an angle of 1.598 degrees,
and
Earth rotates an angle of 360.000 degrees, and revolves an angle of 0.983 degrees,
and
The Moon rotates an angle of 13.140 degrees, and revolves an angle of 13.140 degrees,
and
Mars rotates an angle of 349.934 degrees, and revolves an angle of 0.523 degrees.
The sum of these eleven angles is 765.555 degrees, which is equivalent to 2 complete rotations/revolutions, and then the rotation of a further additional angle of 45.555 degrees, which is very close to 45 degrees (45 x 1 = 45), with a deviation of just 0.555 degrees.
and also
(To see the definition of the term “synodic period” see item 25 below.)
During the precise time period of The Sun’s synodic period, Earth rotates in relation to the fixed stars an angle of 9845.991 degrees,
and
During the precise time period of Mercury’s synodic period, Earth rotates in relation to the fixed stars an angle of 41830.074 degrees,
and
During the precise time period of Venus’ synodic period, Earth rotates in relation to the fixed stars an angle of 210786.899 degrees,
and
Earth does not have a synodic period,
and
During the precise time period of The Moon’s synodic period, Earth rotates in relation to the fixed stars an angle of 10660.117 degrees,
and
During the precise time period of Mars’ synodic period, Earth rotates in relation to the fixed stars an angle of 281546.469 degrees.
The sum of these five angles is 554669.55 degrees, which is equivalent to 1540 complete rotations, and then the rotation of a further additional angle (ie:- a “remainder”) of 269.55 degrees, which is very close to 270 degrees (45 x 6 = 270), with a deviation of just 0.45 degrees.
(22.) Earth’s Synchronisation With The Inner Solar System Planets and Satellites.
The Inner Solar System Planets and satellites are as follows:-
Mercury (orbital period = 87.9694 Earth days) (rotation period = 58.6462 Earth days)
Venus (orbital period = 224.695 Earth days) (rotation period = 243.0187 Earth days)
Earth (orbital period = 365.25636050 Earth days) (rotation period in relation to the fixed stars = 0.997269663 Earth Solar days) (rotation period in relation to The Sun = 1 Solar day, ie:- 24 hours)
Moon (orbital period, and also rotation period both = 27.321660879 Earth days)
Mars (orbital period = 686.980 Earth days) (rotation period = 1.025956019 Earth days)
Mars satellite Phobos (orbital period, and also rotation period = 0.31891023 Earth days)
Mars satellite Deimos (orbital period, and also rotation period = 1.2624407 Earth days).
During the precise time period of Mercury’s orbital period, Earth rotates in relation to The Sun an angle of 31755.688 degrees.
and
During the precise time period of Venus’ orbital period, Earth rotates in relation to The Sun an angle of 81111.622 degrees,
and
During the precise time period of Earth’s orbital period, Earth rotates in relation to The Sun an angle of 131852.291 degrees,
and
During the precise time period of The Moon’s orbital period, Earth rotates in relation to The Sun and angle of 9862.727 degrees,
and
During the precise time period of Mars’ orbital period, Earth rotates in relation to |The Sun an angle of 247989.896 degrees,
and
During the precise time period of Phobos’ orbital period, Earth rotates in relation to The Sun an angle of 115.122 degrees,
and
During the precise time period of Deimos’ orbital period, Earth rotates in relation to the Sun an angle of 455.723 degrees.
The sum of these seven angles is 503143.109 degrees, which is equivalent to 1397 complete rotations, and then the rotation of a further additional angle (ie:- a “remainder”) of 223.11 degrees, which is very close to 225 degrees (45 x 5 = 225), with a deviation of just 1.89 degrees.
We see from the above example that the movements of The Inner Solar System Planets and Satellites have their movements collectively very closely synchronised with the movements of Planet Earth. In fact there is a second way in which this group of planets and satellites have their movements synchronised with the movements of Planer Earth. Let me show you.
During the precise time period of Mercury’s rotation period, Earth rotates in relation to the fixed stares an angle of 21170.434 degrees,
and
During the precise time period of Venus’ rotation period, Earth rotates in relation to the fixed stars an angle of 87726.254 degrees,
and
During the precise time period of Earth’s (siderial) rotation period, Earth rotates in relation to the fixed stars an angle of 360.000 degrees,
and
During the precise time period of The Moon’s rotation period, Earth rotates in relation to the fixed stars an angle of 9862.727 degrees
and
During the precise time period of Mars’ rotation period, Earth rotate sin relation to the fixed stars an angle of 370.355 degrees,
and
During the precise time period of Phobos’ rotation period, Earth rotates in relation to the fixed stars an angle of 115.122 degrees,
and
During the precise time period of Deimos’ rotation period, Earth rotates in relation to the fixed stars an angle of 455.723 degrees.
The sum of these seven angles is 120060.615 degrees, which is equivalent to 333 complete rotations, and then the rotation of a further additional angle (ie:- a “remainder”) of 180.615 degrees, which is very close to 180 degrees (45 x 4 = 180), with a deviation of just 0.615 degrees.
We see from the two above examples that the movements of the Inner Solar System Planets and Satellites are collectively very closely synchronised with the movements of Planet Earth, in not just one way, but in two different ways.
(23.) Earth’s Synchronisation With The Three Retrograde Planets.
There are just three planets that have retrograde rotation (ie:- they rotate on their axis in the “wrong” direction, or in the contrary direction to the other planets). These Three Retrograde Planets are:- Venus, Uranus, and Pluto.
Venus’ rotation period = 243.0198 Earth days, and orbital period = 224.695 Earth days.
Uranus rotation period = 0.71833 Earth days, and orbital period = 30717.682 Earth days.
Pluto rotation period = 6.38723 Earth days, and orbital period = 90803.66 Earth days.
Earth orbital period (period of revolution) = 365.25636050 Earth days.
Earth rotation period in relation to The Sun (ie:- the length of a Solar day) = 24 hours.
Earth rotation period in relation to the fixed stars (ie:- the length of a siderial day) = 0.997269663 Earth (Solar) days
The Three Retrograde Planets collectively have their movements very closely synchronised with the precise time period of The Earth Year, and also with the precise time period of the Earth Solar Day. Let me show you:-
During the precise time period of Venus’ orbital period, Earth revolves an angle of 221.461 degrees,
and
During the precise time period of Venus’ rotation period, Earth revolves an angle of 239.521 degrees,
and
During the precise time period of Uranus’ orbital period, Earth revolves an angle of 30275.628 degrees,
and
During the precise time period of Uranus’ rotation period, Earth revolves an angle of 0.708 degrees,
and
During the precise time period of Pluto’s orbital period, Earth revolves an angle of 89496.915 degrees,
and
During the precise time period of Pluto’s rotation period, Earth revolves an angle of 6.295 degrees.
The sum of these six angles is 120240.528 degrees, which is equivalent to 334 complete rotations, and then the rotation of a further additional angle (ie:- a “remainder”) of 0.528 degrees, which is very close to 0 degrees (45 x 0 = 0), with a deviation of just 0.528 degrees.
and also:-
During the precise time period of Venus’ rotation period, Earth rotates in relation to The Sun an angle of 87486.732 degrees,
and
During the precise time period of Uranus’ rotation period, Earth rotates in relaion to The Sun an angle of 258.599 degrees,
and
During the precise time period of Pluto’s rotation period, Earth rotates in relation to The Sun an angle of 2299.403 degrees.
The sum of these three angles is 90044.734 degrees, which is equivalent to 250 complete rotations, and then the rotation of a further additional angle (ie:- a “remainder”) of 44.734 degrees, which is very close to 45 degrees (45 x 1 = 45), with a deviation of just 0.266 degrees.
(24.) Earth’s Synchronisation With The Three Prograde Inner Solar System Planets.
There are just four planets in The Inner Solar System. Mercury, Venus, Earth, and Mars. Three of these planets have “prograde” rotation, ie:- they rotate in the “right”, or “correct” direction. Only one of these four planets, ie:- Venus, rotates in the “retrograde” direction, ie:- in the “wrong” or “incorrect” direction.
In that case, The Three Prograde Rotation Inner Solar System Planets are:- Mercury, Earth, and Mars.
Mercury’s rotation period = 58.6462 Earth days.
Earth’s rotation period in relation to The Sun (ie:- the length of The Solar Day) is 24 hours.
Earth’s siderial rotation period (ie:- Earth’s rotation period in relation to the fixed stars) is 0.997269663 Earth (Solar) days.
Mars’ rotation period = 1.025956019 Earth days.
The Three Prograde Inner Solar System Planets collectively have their movements very closely synchronised with the precise time periods of The Earth Year, and also with The Earth Day. Let me show you.
During the precise time period of Mercury’s rotation period, Earth rotates in relation to the Sun an angle of 21112.632 degrees, and in relation to the fixed stars an angle of 21170.434 degrees,
and
During the precise time period of Earth’s siderial rotation period, Earth rotates in relation to The Sun an angle of 359.017 degrees, and in relation to the fixed stars an angle of 360.000 degrees,
and
During the precise time period of Mars’ rotation period, Earth rotates in relation to The Sun an angle of 369.344 degrees, and in relation to the fixed stars an angle of 370.355 degrees.
The sum of these six angle is 43741.782 degrees, which is equivalent to 121 complete rotations, and then the rotation of a further additional angle (ie:- a “remainder”) of 181.78 degrees, which is very close to 180 degrees (45 x 4 = 180), with a deviation of just 1.78 degrees.
and also
During the precise time period of Mercury’s rotation period, Earth revolves (in it orbit round The Sun) an angle of 57.802 degrees, and rotates (on its axis) in relation to the fixed stars an angle of 21170.434 degrees,
and
During the precise time period of Earth’s (siderial) rotation period, Earth revolves an angle of 0.983 degrees, and rotates in relation to the fixed stars an angle of 360 degrees,
and
During the precise time period of Mars’ rotation period, Earth revolves an angle of 1.011 degrees, and rotates in relation to the fixed stars an angle of 370.355 degrees.
The sum of these six angles is 21960.585 degrees, which is equivalent to 61 complete rotations/revolutions, and then the rotation/revolution of a further additional angle (ie:- a “remainder”) of 0.585 degrees, which is very close to 0 degrees (45 x 0 = 0), with a deviation of just 0.585 degrees.
(25.) Earth’s Synchronisation With The Two Inferior Planets.
There are just two planets which are “inferior” to Planet Earth (ie:- they are closer to The Sun than Earth is, their orbits being between Earth and The Sun). The Two Inferior Planets are Mercury and Venus.
Mercury orbital period = 87.9694 Earth days, and rotation period = 58.6462 Earth days, and synodic period = 115.8774 Earth days. (Note:- A Synodic period is the orbital period of a planet or satellite, measured without factoring in Earth’s movement through space in its own orbit round the Sun, ie:- a synodic period is the apparent orbital period, measured by an observer on Earth).
Venus orbital period = 224.695 Earth days, and rotation period = 243.0187 Earth days, and synodic period = 583.9205 Earth days.
Earth’s rotation period in relation to the fixed stars (ie:- siderial rotation period) is 0.997269663 Earth Solar days; and Earth’s rotation period in relation to The Sun (ie:- the length of a Solar day) is 24 hours.
During the precise time period of Mercury’s orbital period, Earth rotates in relation to The Sun an angle of 31668.984 degrees,
and
During the precise time period of Mercury’s rotation period, Earth rotates in relation to The Sun an angle of 21112.632 degrees,
and
During the precise time period of Mercury’s synodic period, Earth rotates in relation to The Sun an angle of 41715.864 degrees,
and
During the precise time period of Venus’ orbital period, Earth rotates in relation to The Sun an angle of 80890.200 degrees,
and
During the precise time period of Venus’ rotation period, Earth rotates in relation to The Sun an angle of 87486.732 degrees,
and
During the precise time period of Venus’ synodic period, Earth rotates in relation to The Sun an angle of 210211.380 degrees
The sum of these six angles is 473085.792 degrees, which is equivalent to 1314 complete rotations, and then the rotation of a further additional angle (ie:- a “remainder”) of 45.79 degrees, which is very close to 45 degrees (45 x 1 = 45), with a deviation of just 0.79 degrees.
(26.) Earth’s Synchronisation With The Three Inferior Bodies.
Planets which have orbits outside of Earth’s orbit (ie:- further from The Sun than Earth is) are called Superior Planets (ie:- they are Superior to Earth). Anything that is not Superior (to Earth) is Inferior (to Earth). There are Three Inferior Bodies in The Solar System, ie:- The Sun, Mercury, and Venus.
The Sun siderial rotation period = 25.66225 Earth days.
The Sun synodic rotation period = 27.2753 Earth days.
Mercury siderial rotation period = 58.6462 Earth days, and orbital (siderial) period = 87.9694 Earth days, and synodic period = 115.8774 Earth days.
Venus siderial rotation period = 243.0187 Earth days, and orbital (siderial) period = 224.695 Earth days, and synodic period = 583.9205 Earth days.
Earth orbital period = 365.25636050 Earth (Solar) days.
Earth siderial rotation period (ie:- in relation to the fixed stars)) = 0.997269663 Earth days.
Earth rotation period in relation to The Sun (ie:- The length of the Solar Day) = 24 hours.
During the precise time period of The Sun’s rotation period, Earth revolves an angle of 24.307 degrees,
and
During the precise time period of Mercury’s rotation period, Earth revolves an angle of 57.802 degrees,
and
During the precise time period of Mercury’s orbital period, Earth revolves an angle of 86.703 degrees,
And
During the precise time period of Venus’ rotation period, Earth revolves an angle of 239.521 degrees,
And
During the precise time period of Venus’ orbital period, Earth revolves an angle of 221.461 degrees.
The sum of these five angles is 629.794 degrees, which is equivalent to one complete revolution, and then the revolution of a further additional angle (ie:- a “remainder”) of 269.79 degrees, which is very close to 270 degrees (45 x 6 = 270), with a deviation of just 0.21 degrees.
and also
During the precise time period of The Sun’s synodic period,
Earth rotates in relation to The Sun an angle of 9819.108 degrees, and rotates in relation to the fixed stars an angle of 9845.991 degrees, and revolves an angle of 26.883 degrees;
and
During the precise time period of Mercury‘s synodic period,
Earth rotates in relation to The Sun an angle of 41715.864 degrees, and rotates in relation to the fixed stars an angle of 41830.074 degrees, and revolves an angle of 114.210 degrees;
and
During the precise time period of Venus’ synodic period, Earth rotates in relation to The Sun an angle of 210211.38 degrees, and rotates in relation to the fixed stars an angle of 210786.899 degrees, and revolves an angle of 575.517 degrees.
The sum of these nine angles is 524925.926 degrees, which is equivalent to 1458 complete rotations/revolutions, and then the rotation/revolution of a further additional angle (ie:- a “remainder”) of 45.93 degrees
(27.) Earth’s Synchronisation With The Sun and The Moon.
The Sun’s siderial rotation period is 24.66225 Earth days, and The Sun’s synodic rotation period is 27.2753 Earth days; and The Moon’s siderial rotation period is 27.321660879 Earth days, and The Moon’s synodic rotation/revolution period is 29.530588 Earth days
Earth’s siderial rotation period (ie:- in relation to the fixed stars) is 0.997269663 Earth (Solar) days, and Earth’s rotation period in relation to The Sun is 24 hours.
During the precise time period of The Sun’s siderial rotation period, Earth rotates in relation to the fixed stars an angle of 8902.717 degrees,
and
During the precise time period of The Moon’s siderial rotation/revolution period, Earth rotates in relation to the fixed stars an angle of 9862.727 degrees.
The sum of these two angles is 18765.444 degrees, which is equivalent to 52 complete rotations, and then the rotation of a further additional angle (ie:- a “remainder”) of 45.44 degrees, which is very close to 45 degrees (45 x 1 = 45), with a deviation of just 0.44 degrees.
and also
(Go back to item 25 to see the definition of the term synodic period. A siderial period is the length of time that it takes for a body to rotate or revolve a full 360 degree circle in relation to the fixed stars.)
During the precise time period of The Sun’s synodic rotation period,
Earth rotates in relation to The Sun an angle of 9819.108 degrees, and in relation to the fixed stars an angle of 9845.991 degrees;
and
During the precise time period of The Sun’s siderial rotation period,
Earth rotates in relation to The Sun an angle of 8878.41 degrees, and in relation to the fixed stars an angle of 8902.717 degrees;
and
During the precise time period of The Moon’s synodic period,
Earth rotates in relation to The Sun an angle of 10631.012 degrees, and in relation to the fixed stars an angle of 10660.117 degrees;
and
During the precise time period of The Moon’s siderial period,
Earth rotates in relation to The Sun an angle of 9835.798 degrees, and in relation to the fixed stars an angle of 9862.726 degrees.
The sum of these eight angles is 78435.88 degrees, which is equivalent to 217 complete rotations, and then a further additional angle (ie:- a “remainder”) of 315.88 degrees, which is very close to 315 degrees (45 x 7 = 315), with a deviation of just 0.88 degrees.
(28.) Earth’s Synchronisation With The Inner Solar System Non-Planetary Bodies.
The Inner Solar System contains eight bodies in all. Four of these bodies are planets (Mercury, Venus, Earth, and Mars), and four of these bodies are not planets. The Four Non Planetary Bodies of The Inner Solar System are:- The Sun, The Moon, and the two Mars satellites, Phobos and Deimos.
The Sun’s rotation period = 24.66225 Earth days.
The Moon’s rotation period = 27.321660879 Earth days.
Phobos’ rotation period = 0.31891023 Earth days.
Deimos’ rotation period = 1.2624407 Earth days.
Earth’s siderial rotation period, ie:- in relation to the fixed stars, ie:- the length of the Earth siderial day = 0.997269663 Earth (Solar) days.
Earth’s rotation period in relation to the Sun is 24 hours.
During the precise time period of One Earth Siderial Day:-
The Sun rotates an angle of 14.557 degrees,
And
The Moon rotates an angle of 13.140 degrees,
And
Phobos rotates an angle of 1125.762 degrees,
And
Deimos rotates an angle of 284.383 degrees.
The sum of these four angles is 1437.842 degrees, which is equivalent to 3 complete rotations, and then the rotation of a further additional angle (ie:- a “remainder”) of 357.842 degrees, which is very close to 360 degrees (45 x 8 = 360), with a deviation of just 2.16 degrees.
(29.) Earth’s Synchronisation With The Inner Solar System Synodic Periods.
Go back to item 25 in this database to see the definition of the term synodic period.
The Inner Solar System contains just eight bodies. These are:- The Sun, Mercury, Venus, Earth, Mars, The Moon, and the two Mars satellites, Phobos and Deimos.
In this feature we will look at the synodic periods of these eight bodies.
Mercury synodic period = 115.8774 Earth days.
Venus synodic period = 583.9205 Earth days.
Earth is not considered by astronomers to have a synodic period.
Mars synodic period = 779.9382 Earthn days.
The Sun’s synodic period (ie:- its synodic rotation period) is 27.2753 Earth days.
The Moon’s synodic period = 29.53058912 Earth days.
Phobos’ synodic period = 0.31905787 Earth days.
Deimos synodic period = 1.264765046 Earth days.
Earth’s rotation period in relation to The Sun is 24 hours.
Earth orbital period = 365.25636050 Earth days.
During the precise time period of The Sun’s synodic period, Earth rotates in relation to The Sun an angle of 9819.108 degrees,
and
During the precise time period of Mercury’s synodic period, Earth rotates in relation to The Sun an angle of 41715.864 degrees,
and
During the precise time period of Venus’ synodic period, Earth rotates in relation to The Sun an angle of 210211.38 degrees,
and
During the precise time period of Mars’ synodic period, Earth rotates in relation to The Sun an angle of 280777.752 degrees,
and
During the precise time period of The Moon’s synodic period, Earth rotates in relation to The Sun an angle of 10631.012 degrees,
and
During the precise time period of Phobos’ synodic period, Earth rotates in relation to The Sun an angle of 114.861 degrees,
and
During the precise time period of Deimos’ synodic period, Earth rotates in relation to The Sun an angle of 455.315 degrees.
The sum of these seven angles is 553725.292 degrees, which is equivalent to 1538 complete rotations, and then the rotation of a further additional angle (ie:- a “remainder”) of 45.29 degrees, which is very close to 45 degrees (45 x 1 = 45), with a deviation of just 0.29 degrees.
and also
The following feature involves the synodic periods of The Large Inner Solar System Bodies, which excludes the two Mars satellites, Phobos and Deimos (which are both very small). In that case, The Large Inner Solar System Bodies which have synodic periods are:- The Sun, Mercury, Venus, Moon, and Mars.
During the precise time period of The Sun’s synodic period, Earth revolves an angle of 26.883 degrees, and rotates in relation to The Sun an angle of 9819.108 degrees,
and
During the precise time period of Mercury’s synodic period, Earth revolves an angle of 114.210 degrees, and rotates in relation to The Sun an angle of 41715.864 degrees
and
During the precise time period of Venus’ synodic period, Earth revolves an angle of 575.517 degrees, and rotates in relation to The Sun an angle of 210211.38 degrees,
and
During the precise time period of The Moon’s synodic period, Earth revolves an angle of 29.106 degrees, and rotates in relation to The Sun an angle of 10631.012 degrees,
and
During the precise time period of Mars’ synodic period, Earth revolves an angle of 768.714 degrees, and rotates in relation to the Sun an angle of 280777.752 degrees.
The sum of these ten angles is 554669.546 degrees, which is equivalent to 1504 complete revolutions/rotations, and then the revolution/rotation of a further additional angle of 269.55 degrees, which is very close to 270 degrees (45 x 6 = 270), with a deviation of just 0.45 degrees.
Earth’s Synchronisation With the Sun.
The Earth’s orbital period (ie:- the length of the Earth year = 365.25636050 Earth (Solar) days.
The Sun’s siderial rotation period (ie:- its rotation period in relation to the fixed stars) = 24.66225 Earth days, and The Sun’s synodic rotation period = 27.2753 Earth days. (The synodic rotation period is the rotation period of a body as measured from Earth, without factoring in Earth’s movement through space in its orbit round The Sun; ie:- the apparent rotation period of a body).
During the precise time period of one Earth year, The Sun rotates (on its axis) an angle of 5331.723 degrees,
and
During the precise time period of one complete Sun rotation (on its axis), Earth revolves (in its orbit round The Sun) an angle of 24.307 degrees.
The sum of these two angles is 5356.03 degrees, which is equivalent to 14 complete rotations/revolutions, and then the rotation/revolution of a further additional angle (ie:- a “remainder”) of 316.03 degrees, which is very close to 315 degrees (45 x 7 = 315), with a deviation of just 1.03 degrees.
Further Features Involving Planet Earth.
Earth’s Synchronisation With The Two Mars Satellites.
The Planet Mars has two satellites:- Phobos and Deimos.
Phobos rotation period = 0.31891023 Earth (Solar) days.
Deimos rotation period = 1.2624407 Earth (Solar) days.
The Earth Year = 365.25636050 Earth (Solar) days.
The Earth siderial day (ie:- Earth’s rotation period in relation to the fixed stars) = 0.997269663 Earth (Solar) days.
The Earth Solar Day (ie:- Earth’s rotation period in relation to The Sun) = 24 hours.
During the precise time period of One Earth Year:-
Phobos rotates an angle of 412317.566 degrees, and Deimos rotates an angle of 104157.201 degrees.
and
During the precise time period of One Earth siderial day:-
Phobos rotates an angle of 1125.762 degrees, and Deimos rotates an angle of 284.383 degrees.