Our solar system starts with the marriage of Jupiter to our sun.
In between our sun and the planet Jupiter, in space at about 745,083 kilometers from the center of the sun is the Barycenter. Our sun orbits this virtual pivot point at (0.0125 km/s) times the sun's adjusted mass at *(2.0154 x 10^30 kg) = (2.62 x 10^28 kg) momentive force.
Jupiter orbits the Barycenter at (13.06 km/s) times Jupiter's adjusted mass at *(2.0154 x 10^27 kg) = (2.62 x 10^28 kg) momentive force. Hence Jupiter and our sun have identical values of momentive force.
The sun and Jupiter travel along their orbital paths at identical momentive forces, (2.62 x 10^28 kg).
*Reported values:
Sun - (1.989 x 10^30 kg) <1.013>
Jupiter - (1.898 x 10^27 kg) <1.062>
Jupiter's moons:
Ganymede (1.4819 x 10^23 kg) <1.079>
Jupiter at (2.0154 x 10^27 kg) ÷ Ganymede at (1.6 x 10^23 kg) = (12,540) mass differential. Inversely = (0.000,07974). Silicate rock and water.
Io (8.9319 x 10^22 kg) <1:1>
Jupiter at (2.0154 × 10^27 kg) ÷ Io at (8.9319 x 10^22 kg) = (22,564.068) mass differential. Inversely = (0.0000443182). 400 active volcanoes, most volcanic in our solar system.
Europa (4.8 x 10^22 kg) <>
(2.0154 x 10^27 kg) ÷ (4.91 x 10^22kg) = (41,046.8) mass differential. Inversely (0.000,024,362,5). Silicate rock, frozen crust, like our moon.
Calista (1.0759 x 10^23 kg) <1.056>
(2.0154 x 10^27 kg) ÷ Calista at (1.136 x 10^23 kg) = (17,741.197) mass differential. Inversely = (0.0000563659).
Most heavily cratered moon in the solar system, ice, CO2, silicates.
Himalia (4.2 x10^18 kg) <.9743>
(2.0154 x 10^27 kg) ÷ (4.092 x 10^18 kg) = (492,521,994.135) mass differential. Inversely = (0.000,000,203,03). No info on composition, water?