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Sun synodic rotation period

Two Mars satellites (Their orbital periods and their rotation periods are the same, due to “tidal locking”.)

(B). The Sun’s sidereal rotation period = 24.66225 Earth days.

The Sun’s synodic rotation period = 26.44803 Earth days.

The SUM of these two periods = 51.11028 Earth days.

Here are the names and orbital periods (expressed in Earth days) of Jupiter’s Four Small “Inner” Satellites:- Metis 0.294780 and Adrastea 0.298260 and Amalthea 0.498179 and Thebe 0.674536

(51.11028 ÷ 0.294780) + (51.11028 ÷ 0.298260) + (51.11028 ÷ 0.498179) + (51.11028 ÷ 0.674536) = 523.1112 revolutions.

0.1112 x 360 = 40.0 degrees.

That is 523 complete revolutions + 40.0 degrees.

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

Sun sidereal rotation period

Sun synodic rotation period

www.solarsystemtimeperiods.com/jup-inner

Orbital periods of Jupiter’s “Inner” Satellites

(C). The Sun’s sidereal rotation period = 24.66225 Earth days.

The Sun’s synodic rotation period = 26.44803 Earth days.

The SUM of these two periods = 51.11028 Earth days.

Here are the names and orbital periods (expressed in Earth days) of Jupiter’s Four LARGE Satellites:- Jupiter 4330 595 sand Io 1.769137786 and Europa 3.551181041 and Ganymede 7.15455296 and Callisto 16.6890184

(51.11028 ÷ 1.769137786) + (51.11028 ÷ 3.551181041) + (51.11028 ÷ 7.15455296) + (51.11028 ÷ 16.6890184) = 53.4887 revolutions.

0.4887 x 360 = 175.9 degrees.

That is 53 complete revolutions + 175.9 degrees.

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

Sun sidereal rotation period

Sun synodic rotation period

Orbital periods of Jupiter’s Four LARGE Satellites

To verify satellite sizes

(D). The Sun’s sidereal rotation period = 24.66225 Earth days.

The Sun’s synodic rotation period = 26.44803 Earth days.

The SUM of these two periods = 51.11028 Earth days.

Here are the names and orbital periods (expressed in Earth days) of The Three Inner Solar System Satellites:- The Moon 27.321661 and (Mars satellite) Phobos 0.31891023 and (Mars satellite) Deimos 1.2624407

(51.11028 ÷ 27.321661) + (51.11028 ÷ 0.31891023) + (51.11028 ÷ 1.2624407) = 202.6214 revolutions.

0.6214 x 360 = 223.7 degrees.

That is 202 complete revolutions + 223.7 degrees.

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

Sun sidereal rotation period

Sun synodic rotation period

Rotation periods (which are equal to their orbital periods, due to “tidal locking”) of The Moon, Phobos, and Deimos

(E). The Sun’s sidereal rotation period = 24.66225 Earth days.

The Sun’s synodic rotation period = 26.44803 Earth days.

The SUM of these two periods = 51.11028 Earth days.

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

(51.11028 ÷ 0.41353831) + (51.11028 ÷ 0.44401) + (51.11028 ÷ 0.71833) + (51.11028 ÷ 0.671252) = 385.9965 rotations.

0.9965 x 360 = 358.7 degrees.

That is 385 complete rotations + 358,7 degrees.

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

Sun sidereal rotation period

Sun synodic rotation period

www.solarsystemtimeperiods.com/jup-rot

Jupiter’s rotation period

Rotation periods of Saturn, Uranus, and Neptune

(F). The Sun’s sidereal rotation period = 24.66225 Earth days.

The Sun’s synodic rotation period = 26.44803 Earth days.

The SUM of these two periods = 51.11028 Earth days.

Here are the names and rotation periods (expressed in Earth days) of The Earth and The Moon:- Earth 0.997269663 and The Moon 27.321661

(51.11028 ÷ 0.997269663) + (51.11028 ÷ 27.321661) = 53.1209 rotations.

0.1209 x 360 = 43.5 degrees,

That is 53 complete rotations + 43.5 degrees.

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

Sun sidereal rotation period

Sun synodic rotation period

www.solarsystemtimeperiods.com/earth-periods

Earth rotation period

The Moon’s orbital period (which is equal to its rotation period, due to “tidal locking”)

(G). The Sun’s sidereal rotation period = 24.66225 Earth days.

The Sun’s synodic rotation period = 26.44803 Earth days.

The SUM of these two periods = 51.11028 Earth days.

Here are the names and orbital periods (expressed in Earth days) of The LARGE Satellites of Uranus and Neptune:-

(Uranus satellites) Miranda 1.4134840 and Ariel 2.52037932 and Umbriel 4.1441765 and Titania 8.7058703 and Oberon 13.4632423

(Neptune satellite) Triton 5.8768441

(51.11028 ÷ 1.4134840) + (51.11028 ÷ 2.52037932) + (51.11028 ÷ 4.1441765) + (51.11028 ÷ 8.7058703) + (51.11028 ÷ 13.4632423) + (51.11028 ÷ 5.8768441) = 87.1349 revolutions.

0.1349 x 360 = 48.6 degrees.

That is 87 complete revolutions + 48.6 degrees.

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

Sun sidereal rotation period

Sun synodic rotation period

Orbital periods of The LARGE Satellites of Uranus and Neptune