Alpha2Omega, you have no courage to say the truth, that is why guys like Sokarul stays in delusion, and this is your responsibility!
I take full responsibility for everything I post here. By all means, point out when you think something is wrong, but please be specific and explain in as much detail as you can why you think it's wrong.
Whether
you think something is truthful or not isn't my problem; you seem to have some pretty odd ideas about that.
Sokarul, pay attention to what happens between September and November (the Sun rapidly speeds up), and what is the consequence of that: THE APPARENT TIME SHOULD BE BEHIND THE MEAN TIME IN THAT VERY PERIOD, BUT IT IS NOT, THE MEAN TIME IS BEHIND THE APPARENT TIME BY ABOUT 16 MINUTES NEAR NOVEMBER 3.!
The Sun's apparent motion wrt the stars is west to east but its diurnal motion is east to west. This introduces ambiguity into what you mean by "speeds up" because these relative motions are opposites. When the Sun "speeds up" wrt the stars (moves more rapidly eastward), the apparent solar day lengthens and the Sun appears to move more slowly across the daytime sky and culminates a bit
later each day than it would otherwise. When it "speeds up" in its diurnal motion across the sky, the apparent solar day is closer to the length of the sidereal day because it's moving eastward more slowly and it culminates a bit
earlier in the day than it would otherwise.
You say "between September and November (the Sun rapidly speeds up)". Using
sokarul's table, from late July until early November the apparent solar day is shorter than the mean solar day (by as much as 21.3 seconds, in late September). From this, you apparently mean that the Sun "speeds up" when it's moving across the sky fastest (and moving eastward slowest).
Also, pay attention to what happens between January and February (the Sun rapidly slows down),
Again, according to
sokarul's table, in late December the apparent solar day is longest (by 29.9 seconds longer than the mean on the 22nd), and gets shorter until late March (18.1 seconds shorter than mean on the 26th).
This is consistent with your convention above - "slowing down" must mean the solar day is longer (sun moves more slowly across the sky because it's moving eastward more rapidly, over most of that period).
Now that this is established it may be possible to unravel what you're trying to say.
and what is the consequence of that: THE APPARENT TIME SHOULD BE AHEAD THE MEAN TIME IN THAT VERY PERIOD,
Apparent solar time and mean solar time are about the same at the beginning of January. The apparent solar day is
longer than the mean solar day until Feb 11. Because of this, apparent time will
not be ahead of mean time by Feb 6; the real sun is "running slow" compared to the mean sun, so its noon is a few minutes
after the mean sun's noon. Your interpretation is wrong.
BUT IT IS NOT, THE MEAN TIME IS AHEAD OF APPARENT TIME BY ABOUT 14 MINUTES NEAR FEBRUARY 6.!
And this is what we see, as expected.
That's all that you need to pay attention to!!! That is crucial!!!
Indeed. The charts are right, so there's no problem. That is all you need to pay attention to.
I corrected errors that i made in first diagram here:
You
changed the charts, but they're still wrong.
But argument is still valid...
Unfortunately, no, it's not...
Let's see some facts about the alleged synchronization of the alleged "rotation" of the Moon:
Wait! We're changing topics to the Moon? Why?? You have even more massive problems with your diagram above than there were before. In the July position, the red dot is facing the Sun and labeled "Noon"; so far so good. At October, the red dot is facing directly away from the Sun and labeled "6 PM"; what? At January, it's again facing the Sun, but labeled "Midnight";
. At April, it's again directly away from the Sun but labeled "6 AM". What the hell is any of this supposed to mean? The lower diagram is even more bollixed up and makes no sense whatsoever, with completely nonsensical marks all over it. What's the green triangle supposed to represent?
1. The Moon differs from most satellites of other planets in that its orbit is close to the plane of the ecliptic, and not to the Earth's equatorial plane. The lunar orbit plane is inclined to the ecliptic by about 5.1°, whereas the Moon's spin axis is inclined by only 1.5°.
OK. So?
2.[/b] Synchronous rotation is only true on average, because the Moon's orbit has a definite eccentricity. As a result, the angular velocity of the Moon varies as it moves around the Earth and hence is not always equal to the Moon's rotational velocity:
When the Moon is at it's perigee, it's rotation is slower than it's orbital motion.
Conversely, when the Moon reaches its apogee, its rotation is faster than its orbital motion. How does the Moon know when she has to slow down or to speed up rotation on its axis? It must be due to some very smart software?
It doesn't slow down or speed up on its axis. The difference in rotational velocity and orbital velocity at different points cause libration. This is well known - look it up.
Nothing to see here, folks.
3. The Sun's gravitational effect on the Moon is more than twice that of the Earth's on the Moon!
Citation needed.
So, how come the moon is locked by the Earth's gravitational force, instead to be locked upon the influence of the Sun's gravitational force?
Because, maybe, just maybe, your assertion above is
wrong?
The Moon does appear transparent at times, which is indeed quite mystifying.
Citation needed. [I think you may have given one in response to a similar request; you put up so much pap I'm falling behind.]
It would be mystifying if it were actually true.
What is the Moon? The Moon, the Earth and the rest of the planets have to be spheres for the heliocentric theory to work. So, they would perhaps simply adjust the data to match their theory or vice versa, instead of actually trying to figure out the real state of things.
Do you have any evidence that "they" aren't "actually trying to figure out the real state of things"? Failure to arrive at the same conclusion as you is not evidence. Have you even considered "actually trying to figure out the real state of things" yourself? There is certainly no evidence of that since you keep postulating things that simply do not match (actually deviate wildly from) reality.
It is easy to assume everything is spheres for the model to work, so let it be. But is it really so? For example, if we see only one side of the Moon, perhaps the Moon is not a sphere at all. How about the Sun? The same thing, we cannot see the other side of the Sun as well. Of course, they have photographed it, so we now know for sure the Sun is a sphere, not that they doubted that even for a second. But if it is only a disc? That is not even considered, as it will be a huge slap in the face of heliocentrism.
Maybe it's not even considered because there is
no evidence supporting the idea that the Sun is a disc, but
plenty supporting that it's (approximately) spherical.
I don't buy the so-called tidal locking, especially given what we're told that the Moon moves away from the Earth, how can it be locked and move away at the same time? This is totally unrealistic.
It's moving away from us
very slowly. The torque applied to the Moon's tidal bulge by the Earth's gravity is enough to keep it locked. Whether or not you "buy" this is irrelevant.
The only proof that the Moon is a sphere comes from the photos they have showed us. Great proof And how exactly can an average person verify that?
Well, there's also libration, which
you pointed out should happen in an argument above. There is also the shapes of craters that look more elliptical near the limbs of the moon in accordance with it being spherical (and become more or less eccentric, as expected, in the presence of libration).
Also, huge coincidence indeed for the Moon to appear about the same size as the Sun if the Sun is ~150 million km away and the Moon only 384000 km? Too many coincidences which make the whole thing very ridiculous!
That's one. How many is "too many"? What are the others?