During the New Moon phase, according to HC theory Moon's motion (around the Earth) is in an opposite direction wrt the direction of orbital motion of Earth-Moon system:
Now, since the "apparent" motion of the Moon is in CW direction (and the "real" motion of the Moon is in CCW direction) and the "apparent" motion of the stars is also in CW direction, then whenever is New Moon phase the stars would (if HC theory were true description of our reality) need more time to catch up the Moon than during the Full Moon phase.
Total utter garbage! "The "apparent" motion of the Moon" has absULUte nothing to do with the sun or the phase of the moon.
The only significant difference in the moon's angular velocity around the earth is due it's position on its elliptical orbit - a maximum at the perigee and minimum at apogee.
2. Obviously you have nothing to say on this :
It has already been said numerous times! Get used to it!
Get use to this :
If we accept the Copernican viewpoint and its unavoidable
extrapolations with regard to the structure of the universe, we
have to accept the consequences. Then we cannot hold on to the
picture of a simple sun- centered cosmos, of which not even
Newton was fully convinced, but which
Bradley and Molyneux
took for granted. Today the astronomers assure us that our Great
Light is only an insignificant member of a spiral Milky Way
galaxy, containing billions of stars. Our sun flies at a speed of
about 250 km/sec around the center of this system. And that is
not all, the ruling cosmology also tells us how the Milky Way
itself whirls at 360,000 km/hr through the space occupied by the
local group of galaxies. Now all these imposing particulars are
theoretically gathered from observations assuming the speed of
light to be 300,000 km/sec, at least, everywhere through our
spatial neighborhood. But if this cosmological panorama is put
through its paces, there is a hitch somewhere. The astronomical
theorists cannot have their cake and eat it. If they accept— as all
the textbooks still do!—Bradley's “proof” of the Copernican
truth, then their cosmological extrapolations of that truth clash
with a not-yet developed simple heliocentrism; that is to say, with
the model of an earth orbiting a spatially unmoved sun.
The other way around, when holding on to their galactic
conjectures, they are at a loss how to account for a steady 20”.5
stellar aberration. For in that scheme our earth, dragged along by
the sun, joins in this minor star's 250 km/sec revolution around
the center of the Milky Way.
If, for instance, in March we indeed
would be moving parallel to the sun's motion, our velocity would
become 250+30 = 280 km/sec, and in September 250-30 = 220
km/sec. The “aberration of starlight,” according to post-
Copernican doctrine, depends on the ratio of the velocity of the
earth to the speed of light. As that velocity changes the ratio
changes. Hence Bradley's 20”.496 should change, too. But it does
not. Therefore, there is truly a fly in this astronomical ointment,
paraded and promoted as a truth. ”Not true,” the theorists will object, “such out-dated reasoning in
a space knowing place cuts no ice with us. Relativity has no
difficulty with that kind of supposed contradiction.” I dare to
differ. Their Einsteinian panacea, foreshadowed by the
prevarications of Fresnel's “
We cannot decide,” Lorentz's “
We
cannot measure,” and Poincaré's “
We cannot observe"
is mere
eyewash.
Consider : according to the ruling paradigm, it makes no
physical difference whether I declare either the earth to move
with respect to everything else at rest, or declare the earth to be at
rest with respect to sun and stars moving around. Starting from an
earth at rest, and hence aberration being absent, then whatever the
truth, the annual standard size circlets of all the stars are real and
not caused by our 29.8 km/sec orbital velocity. Instead of a
heliocentric “aberration,” we are confronted with a geocentric
parallax, and these parallaxes being practically the same size for
all stars, these stars must be at the same distance from us. This
points to the existence of the stellatum of old.
This will be judged to be patently “unthinkable” or worse.
Bradley's unobservable and by Airy's failure emasculated “stellar
aberration” remains indispensable for holding on to a Big Bang
and a universe expanding into space or expanding space.
Manifestly, such a post- Copernican cosmos could not differ
much physically from the pre- Copernican one. To say that this is
a difference of motion only is nonsense. It allows me to agree
with
Stephen W. Hawking: “
You cannot disprove a theory by
finding even a single observation that disagrees with the
predictions of the theory.”
Conclusion:
Einstein's cure-all cures
nothing! Assuredly, I do not claim that the foregoing proves my
modified Tychonian hypothesis.
Experimentally, however, it
undoubtedly has the soundest credentials. More than three
centuries of efforts to disprove it have already come to naught.
The pseudo-heliocentric universe popularized for the benefit of
the man-in-the-street has, in fact, not a leg to stand on.3. Now, let's see once more how your friend Macarios responded to my ZIGZAG argument :
GEOCENTRIC SCENARIO (according to Macarios) :
If Space is orbiting Earth then we calculate relative to Earth:
Sun moves (2*Pi*149.6e6)/24 = 39 165 188.4 km/h
Moon moves (2*Pi*384 400)/24 - 3679.5 = 96 956.2 km/h
Now:
Closer observer: Sun ARCTAN(39165188.4 / 1496e6) = 14.67 degrees per hour ; Moon ARCTAN(96956.2 / 381800) = 14.245 degrees per hour ; difference 0.425
Farther observer: Sun ARCTAN(39165188.4 / 1496e6) = 14.67 degrees per hour ; Moon ARCTAN(96956.2 / 387000) = 14.065 degrees per hour ; difference 0.605
Angular speed difference between observers 0.18 degrees per hour.
HELIOCENTRIC SCENARIO (according to Macarios) :
If Earth is orbiting Sun, then we calculate relative to Sun:
Earth moves (2*Pi*149.6e6)/(365.25*24) = 107 232.5 km/h
Moon moves 107 232.5 ± (2*Pi*384 400)/(27.35*24) = 107 232.5 ± 3679.5 km/h
During solar eclipse it is minus, so we have 97 553 km/h.
Two observers in polar circle, one at closer end and another at farther end will travel 107 232.5 ± (2*Pi*2600)/24 = 107 232.5 ± 681 km/h
Closer observer 106 551.5 km/h, farther observer 107 913.5 km/h.
Now:
Closer observer: 106 551.5 - 97 553 = 8998.5 km/h ; ARCTAN(8998.5/381800) = 1.35 degrees per hour.
Farther observer: 107 913.5 - 97 553 = 10 360.5 km/h ; ARCTAN(10360.5/387000) = 1.53 degrees per hour
Angular speed difference between observers 0.18 degrees per hour.
Now if you change his number 681 km/h (which he got by dividing circumference of Arctic circle by 24 hours) with 434 km/h (which i got by dividing diameter of Arctic circle by 12 hours AND THIS IS WHAT YOU HAVE TO DO SO TO COMPLY WITH THE CORE OF MY ZIGZAG ARGUMENT) then you get even worse (for you) result (greater discrepancy = smaller number for HC scenario) than i got in the following calculation :
HELIOCENTRIC SCENARIO :
3500 km (diameter of the Moon)
434 km (the distance which an observer at the Arctic circle crosses in one hour (46,8*111km = 5194,8 km/12 = 432,9)
5200 km (the diameter of the Arctic circle)
CLOSER OBSERVER : 3500-434 = 3066 km/h
FARTHER OBSERVER : 3500+434 = 3934 km/h
CLOSER OBSERVER = 3066/380 000 = 0,00806 (ctg) = 0,462
FARTHER OBSERVER = 3934/385 200 = 0,01021 (ctg) = 0,5851
THE DIFFERENCE = 0,123
So, what do you have to say on this???
Nothing!
No wonder!!!
Cheers!