Re: Planet X - Why is it Moving so Fast?
In Article <[email protected]> John Latala wrote:
> Something going 200 times the solar escape
> velocity isn't going to slow down on it's passage
> through the solar system unless it HITS the sun.
> There is a reason escape velocity is called escape
> velocity.
And on this point, you and the Zetas agree! :-) Here's the description
of the passage by the Zetas, in existing ZetaTalk:
While it is out in space [Planet X] moves slowly,
but increases speed rapidly as it comes close to one of
its two foci. When [Planet X] is passing your Sun
it is moving rapidly, the time spent within your outer
planet Saturn's orbit a mere 3 months. It zips by. It
does not head directly into the Sun, as there is a play
between attraction and repulsion which exists between
all planetary bodies. The distance maintained is
determined by these forces, relative to the mass and
speed of the two objects ... in the case of [Planet X],
which has a mass much greater than the Earth, the
repulsion force is a factor. Mathematically this is
equal to the force of gravity when the two objects are
close enough to touch, or they would in fact touch.
Simply stated, the faster [Planet X] moves, the closer
it can come, although the math in this matter is not
quite that simple. ... There is a battle going on, a
tug in one direction with a push in another. The
end result is that [Planet X] still comes on, full bore,
but veers to the side a bit as it approaches. As it is
still picking up speed, the speed compensates for the
repulsion, and [Planet X] finds in the last few
months that it can now come closer to the Sun, the
repulsion being balanced by the speed. Thus, when it
gets to its maximum speed, entering your Solar System,
it bends in toward your Sun, after having veered
outward slightly, so that the angle is approximately
32 degrees. ... It is at this point, essentially, that
[Planet X] is closest to the Earth, as with the angle
of entry into the Earth's orbital plane being 32
degrees at this point, [Planet X] essentially dives up
through the Earth's orbital plane and quickly passes
on.
ZetaTalk, Entry Angle
(http://www.zetatalk.com/science/s31.htm)