orbital
loop.
Planet monthly
rotational irregularity:
One of the possible
way to increase and decrease the time of permanence inside the areas of the fix
level, it’s by decelerating or accelerating the rotational motion of the moving
level.
The rate of the
change of the rotational motion: its velocity, shapes the path in two equal
orbits traveled the first half in a direction that gets reversed (mirrored) in
the second half.
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An orbital loop,
shaped with two straight lines and a tight half circle trajectory would generate
not changes in the synchrony time / light-shade on the planet, generating the
asymmetry in the planet (rotorbital) rotational
motion, matching the data collected with the free fall experiment: the
deceleration it is relate to the ordinary rate of rotation, while the
acceleration it’s related to the deceleration. The moving level never
accelerates more than the ordinary rate of rotation. The Pfield capacity
of keeping its central axis always aligned with the center of the Sun, annuls
the anomalies due to: different rate of rotational motion / orbital direction
(right to left) / distance from the Sun (sequence far / close / far),
generating the condition in which by recreating the ordinary symmetry light /
shade, visually doesn’t seem the Planet changes orbital direction.
At 12 o’clock, the planet starts the orbital loop by leaving the orbital
path. From now on, getting closer to the Sun, the Planet decreases velocity of
the rotational (rotorbital) motion. While leaving the
orbital path the planet makes the first change of direction, then covering a
straight trajectory, followed by the second change of direction. After 23 h 18
m the rate of rotation has been constantly slowed of 23m 18s corresponding to 1
second every 60 seconds. (11.18.56)
Now in 9 hours, we have four changes in the rate of rotational motion:
the first segment of 2 h 15 m constantly slowed of 1 second every 30 seconds.
The second segment of 2 h 15 m the slowing rate increases to 1 second every 15
seconds. (15.48.11). Until now the orbital path has been toward the Sun,
reducing the distance from it and the (rotorbital)
rotational motion proportionally slowed. From now on, the orbital trajectory is
backward getting away from it, increasing the distance from it, the Plane
increases the velocity of the rotorbital) rotational
motion.
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The third segment
of 2 h 15 m the planet rotational motion starts to reverse its path, accelerating
the rotational motion of 1second every 15 seconds. Then in the last segment of
2 h 15 m, the rate of rotation accelerates to 1 second every 30 seconds.
(20.17.26). In this segment of the orbital loop, is operated with left/right
direction and close / far toward the Sun: the Planet by keeping its central
axis (the empty center of the four areas of the front half) always aligned with
the center of the Sun, recreates the
symmetry light / shade modified by the change of the direction of the orbital
path, without generating asymmetry into the ordinary day.
Third change of
direction, then the last segment of the orbital loop, a straight line identical
to the first, but covered accelerating the rotational motion of 1second every
60 seconds, until the forth change of direction. The accelerating produces an
enlargement of the orbital direction placing the Earth on the ordinary orbital
revolution around the Sun of 2 m 43 s (19.35.44) before the point that has been
left to begin the orbital loop (12.00.00).
After 55 h 35 m 44 s of orbital loop, the planet
starts again its ordinary orbital motion around the Sun with the ordinary rate
of rotation (rotorbital) motion.
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Orbital period: 360° Loop
period: 3° 12 periods: 36° Ecliptic:
324° Lunar
mansions: 12° |
