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Originally posted by luxordelphi
Truly I know better than to reply to you and encourage your vagaries and yet...tonight, the moon would be a full on boat if it was still a crescent which it is not. Last night it was looking more tilted but not nearly tilted enough. The night before it was a full on boat - in fact I thought it was going to head right on into Orion (it was close!) But we're past that event now for a couple of months. We'll see what the future brings and hey, Ophiuchus got added to the zodiac - why not Orion? In fact, why not include all the constellations in the zodiac as the moon continues to careen across the sky.
Did that answer your question oh innocent one?
Your Cape Canaveral photo is an epic fail. Try again.
Originally posted by luxordelphi
reply to post by ngchunter
It happened in this photo from 1971. Yes, it used to happen, you just didn't notice.
Hey ngchunter...finally an argument - 10 pages later. So what about your Cape Canaveral photo? Cape Canaveral is at 28.24 degrees north latitude and guess what? The moon can be overhead as far north as 28.5 degrees north latitude.
That is why the smile moon is a phenomena of latitude i.e. the equator. Las Vegas is nowhere near the equator.
The rest of your post is just trolling
does that mean it's snapped back into its proper place? Is it fluctuating between wonky and normal? What's going on?
OK, how about if the largest known asteroid, Ceres—which at 600 miles across is roughly the size of California and Nevada combined—did manage to slip out of its place in the asteroid belt and set out on a collision course for the moon?
Hardly a budge, Wynn-Williams says. It’s the equivalent of a four-year-old trying to knock over an NFL lineman.
An asteroid compared in size to the Rose Bowl has passed within 201,000 miles of Earth — slightly closer than the moon's orbit.
The gravitational influence of the asteroid will have no detectable effect on Earth, including tides and tectonic plates.
Now, with the aid of the Wide-field Infrared Survey Explorer (WISE) satellite launched in 2009, astronomers have discovered Earth's first probable Trojan, a rock that spends its time at the sun-Earth L-4 point
"It seems to do things not seen for Trojans before. Still, it had to have some kind of extreme behavior to move it far enough from its Lagrangian point to get within our view."
The fact that 2010 TK7's behavior is chaotic enough to take it quite far from its rather stable Trojan point suggests it is only marginally trapped there, having perhaps only recently been disturbed from its original position.
The Moon's orbit around the Earth has many irregularities (perturbations), and their study (lunar theory) has occupied astronomers over a long history
It has a retrograde motion: for an observer on Earth it rotates westward along the ecliptic with a period of 18.6 years, or 19°21? per year. When viewed from celestial north, the nodes move clockwise around the Earth, opposite the Earth's own spin and its rotation around the Sun. Lunar and solar eclipses can only occur when the line of nodes points toward the Sun, roughly every 5.4 months. The type of the eclipse depends on Moon's orbital position in that time window.
When the ascending node of the moon's orbit coincides with the vernal equinox in the northern hemisphere, the declination of the moon in the sky reaches a maximum at 23°29? + 5°9? or 28°36?. This is called the major standstill. Nine and a half years later, when the descending node has come to the same point, the angle is only 23°28? ? 5°8? or 18°19?, and the declination of the moon is a minimum. This is the minor standstill.
The US space agency (Nasa) has succeeded in placing two new satellites in orbit around the Moon
The identical Grail twins are to map gravity variations across the lunar body in unprecedented detail.
And she described as "shocking", the continued inability of science to explain why the rugged far-side of the Moon looks so different from that of the nearside with its great swathe of dark volcanic plains, or maria.
The lecture explored what was known about the edge of our main planetary system and the ragged belt of debris called the Kuiper belt that quickly faded to empty space not that much beyond Neptune.
Conveniently, one of my most active areas of research at that time was trying to figure out precisely why this ragged belt of debris had such an edge to it and why there appeared to be nothing at all beyond that edge.
A few weeks later, after confirming that Sedna was real and determining its unprecedentedly strange orbit around the sun
Sedna takes 12,000 years to go around the sun on its elongated orbit, and it never comes close to any of the planets.
Something had to have kicked Sedna to have given it its crazy orbit. But what?
The answer is: something large that is no longer there, or that is there, but we don’t know about yet.
Either something large once passed through the outer parts of our solar system and is now long gone, or something large still lurks in a distant corner out there and we haven’t found it yet.
Either something large once passed through the outer parts of our solar system and is now long gone, or something large still lurks in a distant corner out there and we haven’t found it yet.
The second possibility that we considered and wrote about was that perhaps a star had passed extremely close to our solar system at some point during the lifetime of the sun.
A star passing by that close would have been brighter than the full moon and would have been the brightest thing in the night sky for hundreds of years. Perhaps our early ancestors even temporarily lived under a dual-star sky.
The only conclusion is, while the Earth is moving 360 degrees counterclockwise around the Sun in a solar year, the entire solar system (containing the Earth Sun reference frame) is moving clockwise relative to inertial space.
Furthermore, the only way the solar system can be curving through space at a rate of 50 arc seconds per year, is if it were gravitationally affected by another very large mass: a companion star.
In April 2001, Discover Magazine reported that scientists from University of Michigan and University of Arizona found our solar system has a sheer edge meaning matter such as asteroids, ice and other objects of all sizes appears to abruptly end. A single sun system should have a very wide dispersal of matter getting smaller and smaller for billions of miles beyond the Kuiper Belt. To find that all matter seems to end just beyond this Kuiper Belt was unexpected.
Interestingly, a sheer edge is also widely thought to be typical of a binary system. In a binary system, you would expect the two companion stars gravity fields to cause any excess matter to be sheered away (ejected or captured) on a regular basis.
This means precession appears to be accelerating and decelerating in the same way that it would if the explanation for precession was that the sun were moving in an elliptical orbit typical of binary star systems.
The influence of a binary star would likely create exactly the kind of eccentric orbits found with the newly discovered dwarf planets, Eris and Sedna.
The BRI has calculated that a brown dwarf with a mass 8 percent that of the sun, at a distance of about 800–1,000 astronomical units (the distance from Earth to the sun), would result in a 24,000-year orbit for the sun around the gravitational center of the binary system. A larger companion star further out could produce the same orbital cycle.
And the moon shall alter her order, And not appear at her time.
[And in those days the sun shall be seen and he shall journey in the evening †on the extremity of the great chariot† in the west] And shall shine more brightly than accords with the order of light.
And many chiefs of the stars shall transgress the order (prescribed). And these shall alter their orbits and tasks, And not appear at the seasons prescribed to them.
And the whole order of the stars shall be concealed from the sinners, And the thoughts of those on the earth shall err concerning them, [And they shall be altered from all their ways], Yea, they shall err and take them to be gods.
What is "fail"?
I would caution against insinuating that the people who are correct in this discussion are incompetent just because you can't admit you're wrong though.
You ask why the 40th parallel is being fixated on...yet the images provided as to why this is all so wrong and how the moon is totally jacked up have all been from where? Yea...around 40 degrees north.
The angular orientation of the phases of the moon will be near identical to the naked eye from one location to the other at such a small difference.
You just contradicted your entire claim. Now, what do you think it's going to look like on January 30 1971 from 29.5 degrees north? 30.5? 31.5? Etc, at what point will it suddenly be a "vertical" moon not a "horizontal" moon? You could use Stellarium to find out...
No, it's not. You didn't answer my question about how high the sun will get from the tropic of cancer at the northern hemisphere's summer solstice, but it's rather moot since you just contradicted your previous claim. I'd say we're making progress at least.
Is that how you wish to be viewed? Because, it's happening now.