Planet X: ORBIT Perturbation: Background 5

Prepatory to this Zeta response, I’ll quote briefly the Zeta statements
that
5. the position of the planets in the orbital plane is an
   equilibrium state

    Planets find their niche, based on how crowded the
    solar system is and their relative mass. For instance,
    if Jupiter were not in your Solar System, the planets
    close in to the Sun would have essentially the same
    orbits, though would fan out a bit more. A planet's
    position is based primarily on the gravity attraction
    between it and its sun and the concurrent repulsion
    force invoked. If the niche a planet would normally
    assume is already taken, as was the case when the
    clobbered Earth wobbled out of the Asteroid Belt
    into her current orbit, then more than one planet
    may settle into the same orbit, sharing this. Why
    then are smaller planets, such as Mars and Pluto,
    further out? Small planets may fail to drift into a
    closer orbit due to the buffering action of larger
    planets closer in. Essentially a bumping occurs,
    where the smaller planet is repulsed outward by a
    larger planet.
        ZetaTalk™, Planets
            (http://www.zetatalk.com/science/s63.htm)

    What keeps the planets, perpetually, the same
    distance from the Sun and their motion around the
    Sun at the same pace? ... If a planet is continuing
    in a steady orbit, without any impetus such as the
    propulsion humans find necessary to keep their
    probes and satellites from drifting off the path
    they are set upon, then something is either steadily
    pulling or pushing the planet to maintain its orbit
    in the face of all other influences. The influence
    of the orbiting planets upon each other would
    otherwise, over time, alter the orbits dramatically.
    Why would they not? Each time a given planet
    lined up with the massive Jupiter, and was
    perturbed to speed up or slow down due to this
    influence, unless there were another influence
    this perturbed planet would remain in motion a bit
    slower or faster, perpetually. If the planets resume
    their motion around the Sun after being perturbed
    by each other, then the impetus setting them in
    motion is not inherent in the planets as an
    influence upon each other. A planet slowed by
    the influence of Jupiter behind its path would not
    speed up again to resume its steady pace unless
    this other impetus existed. This other impetus,
    which does exist, has the same basis as the
    magnetic alignment of the Earth and her Sun. This
    influence reaches beyond the Solar System, and
    dictates motion within the Sun not visible to
    mankind but nevertheless present. ... the Sun's
    core rotates, dragging her children around her like
    baubles on the ends of her apron strings.
        ZetaTalk™, Planet Revolutions
            (http://www.zetatalk.com/science/s81.htm)

(See next posting: Response)