Some aspects of the astrophysics of the planetary solar system

The author conducts a physical and mathematical substantiation of the determining role of gravity in the evolution of the planetary solar system, starting from the stage when the Nebullar disk converting around the Sun consisted of the nascent nuclei of planets, planetesimals and gas-flowering substance. The interactions of the emerging nuclei of the planets and their large satellites with planetesimals created conditions that caused their rotation and inclinations of their axes. The gravity of increasing masses in the rheological state of planets and large satellites determined their shape formation. Gravity allowed planets to accumulate gases and water vapors from the surrounding space, in particular, the cause of the emergence of the world ocean of the Earth. The gravitational interaction of the Sun and Jupiter, forcing them to turn around their common center of mass, periodically changes the distance of the Earth from the Sun, which manifests itself in a periodic change in climatic conditions on Earth. The results of the calculations are given as the tidal gravitational interaction of the water of the oceans of the Earth with the Moon is reflected in the gradual redistribution of the water level in the world ocean to the polar latitudes and the gradual removal of the moon.
The author’s leitmotif - in the evolution of the planetary system, gravity became the guide process by force. The last chapter provides a physical and mathematical justification that the kinematic moment of the rotating ring in the central field of gravity under certain conditions allows the attraction of the attraction that acts on the ring from the side of the gravity source.
2nd edition, supplemented