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Originally posted by ziplock9000
What a load of #e. We should make a list of the 21st December tards who believe this stuff and publicly humiliate them on the 22nd.
Originally posted by winterkill
Everything you wanted to know about '2012' but didn't know to ask. Heard of the Photon Belt? Pole Shift? Precession of Equinoxes?
www.youtube.com...
So lets add to the 2012 mayham with this little video, which starts slow but gets good. Have fun.edit on 13-12-2012 by winterkill because: added material
Originally posted by SunnyDee
If I could give this more flags I would.
Not often we get such a great video to learn new things from.
Edit to add:
Why do they not teach grade school kids about our solar system orbiting Alcyone or that Alcyone orbits Sirius which orbits the galaxy?
They really have kept us small-minded.edit on 13-12-2012 by SunnyDee because: (no reason given)
Complete nonsense. Here are some numbers for you. Sirius has a proper motion of 1.2 arcseconds/year in declination and .546 arcseconds per year in right ascension (simbad.u-strasbg.fr... ) (15 km/sec and 6.8 km/sec velocity relative to our solar system respectively). Since we're about 8.6 light years from the Sirius system, and since Sirius A and B have a combined mass of nearly 3 times the sun's mass, the escape velocity from the Sirius system at the distance of our sun is about 0.1 km/sec. In other words, our solar system is traveling many times too fast relative to Sirius to be able to orbit it or be in a trinary configuration with it. Let's crunch the numbers for Alcyone as well just to show you how ridiculous this is. Alcyone is of course part of the Pleiades as well, so let's use the total mass of the Pleiades cluster to see if we're orbiting it. Alcyone has a parallax of about 8.09 milliarcseconds, which corresponds to a distance of about 402 light years. simbad.u-strasbg.fr... It also has a proper motion of about 19.34 milliarcseconds in right ascension and -43.67 milliarcseconds in declination per year. Now at a distance of 402 light years, those 43.67 milliarcseconds/year in declination translate to 805,195,033 kilometers per year or about 25.515 km/second. Now the Pleiades cluster has a total mass of about 740 sun masses (arxiv.org... ), so at a distance of 400 light years, the escape velocity for the entire Pleiades cluster is about 0.227861 km/second. In other words, even just taking into account our proper motion in declination, to say nothing of our total motion relative to Alcyone including in right ascension and radial velocity, we're traveling over 100 times too fast to be orbiting the Pleiades! We are not orbiting the Pleiades, let alone Alcyone, not even close.
Originally posted by eriktheawful
Originally posted by SunnyDee
If I could give this more flags I would.
Not often we get such a great video to learn new things from.
Edit to add:
Why do they not teach grade school kids about our solar system orbiting Alcyone or that Alcyone orbits Sirius which orbits the galaxy?
They really have kept us small-minded.edit on 13-12-2012 by SunnyDee because: (no reason given)
Because it's complete nonsense. We do NOT orbit Alcyone, nor does Sirius.
NGCHunter explained it quite well in another thread, so I'll let him do the talking.
www.abovetopsecret.com...
Complete nonsense. Here are some numbers for you. Sirius has a proper motion of 1.2 arcseconds/year in declination and .546 arcseconds per year in right ascension (simbad.u-strasbg.fr... ) (15 km/sec and 6.8 km/sec velocity relative to our solar system respectively). Since we're about 8.6 light years from the Sirius system, and since Sirius A and B have a combined mass of nearly 3 times the sun's mass, the escape velocity from the Sirius system at the distance of our sun is about 0.1 km/sec. In other words, our solar system is traveling many times too fast relative to Sirius to be able to orbit it or be in a trinary configuration with it. Let's crunch the numbers for Alcyone as well just to show you how ridiculous this is. Alcyone is of course part of the Pleiades as well, so let's use the total mass of the Pleiades cluster to see if we're orbiting it. Alcyone has a parallax of about 8.09 milliarcseconds, which corresponds to a distance of about 402 light years. simbad.u-strasbg.fr... It also has a proper motion of about 19.34 milliarcseconds in right ascension and -43.67 milliarcseconds in declination per year. Now at a distance of 402 light years, those 43.67 milliarcseconds/year in declination translate to 805,195,033 kilometers per year or about 25.515 km/second. Now the Pleiades cluster has a total mass of about 740 sun masses (arxiv.org... ), so at a distance of 400 light years, the escape velocity for the entire Pleiades cluster is about 0.227861 km/second. In other words, even just taking into account our proper motion in declination, to say nothing of our total motion relative to Alcyone including in right ascension and radial velocity, we're traveling over 100 times too fast to be orbiting the Pleiades! We are not orbiting the Pleiades, let alone Alcyone, not even close.
Here is a link to Alcyone, you might want to read up on it. Both the star and the Pleiades are only 50 million years old.
Our sun and planet are over 4.5 billion years old.
Care to explain how we're orbiting something that didn't even exist when the sun formed, and who's gravitational effect on us at over 370 light years away is negligable at best?
Originally posted by eriktheawful
Originally posted by SunnyDee
If I could give this more flags I would.
Not often we get such a great video to learn new things from.
Edit to add:
Why do they not teach grade school kids about our solar system orbiting Alcyone or that Alcyone orbits Sirius which orbits the galaxy?
They really have kept us small-minded.edit on 13-12-2012 by SunnyDee because: (no reason given)
Because it's complete nonsense. We do NOT orbit Alcyone, nor does Sirius.
NGCHunter explained it quite well in another thread, so I'll let him do the talking.
www.abovetopsecret.com...
Complete nonsense. Here are some numbers for you. Sirius has a proper motion of 1.2 arcseconds/year in declination and .546 arcseconds per year in right ascension (simbad.u-strasbg.fr... ) (15 km/sec and 6.8 km/sec velocity relative to our solar system respectively). Since we're about 8.6 light years from the Sirius system, and since Sirius A and B have a combined mass of nearly 3 times the sun's mass, the escape velocity from the Sirius system at the distance of our sun is about 0.1 km/sec. In other words, our solar system is traveling many times too fast relative to Sirius to be able to orbit it or be in a trinary configuration with it. Let's crunch the numbers for Alcyone as well just to show you how ridiculous this is. Alcyone is of course part of the Pleiades as well, so let's use the total mass of the Pleiades cluster to see if we're orbiting it. Alcyone has a parallax of about 8.09 milliarcseconds, which corresponds to a distance of about 402 light years. simbad.u-strasbg.fr... It also has a proper motion of about 19.34 milliarcseconds in right ascension and -43.67 milliarcseconds in declination per year. Now at a distance of 402 light years, those 43.67 milliarcseconds/year in declination translate to 805,195,033 kilometers per year or about 25.515 km/second. Now the Pleiades cluster has a total mass of about 740 sun masses (arxiv.org... ), so at a distance of 400 light years, the escape velocity for the entire Pleiades cluster is about 0.227861 km/second. In other words, even just taking into account our proper motion in declination, to say nothing of our total motion relative to Alcyone including in right ascension and radial velocity, we're traveling over 100 times too fast to be orbiting the Pleiades! We are not orbiting the Pleiades, let alone Alcyone, not even close.
Here is a link to Alcyone, you might want to read up on it. Both the star and the Pleiades are only 50 million years old.
Our sun and planet are over 4.5 billion years old.
Care to explain how we're orbiting something that didn't even exist when the sun formed, and who's gravitational effect on us at over 370 light years away is negligable at best?
Originally posted by SunnyDee
If I could give this more flags I would.
Not often we get such a great video to learn new things from.
Edit to add:
Why do they not teach grade school kids about our solar system orbiting Alcyone or that Alcyone orbits Sirius which orbits the galaxy?
Originally posted by eriktheawful
Originally posted by SunnyDee
If I could give this more flags I would.
Not often we get such a great video to learn new things from.
Edit to add:
Why do they not teach grade school kids about our solar system orbiting Alcyone or that Alcyone orbits Sirius which orbits the galaxy?
They really have kept us small-minded.edit on 13-12-2012 by SunnyDee because: (no reason given)
Because it's complete nonsense. We do NOT orbit Alcyone, nor does Sirius.
NGCHunter explained it quite well in another thread, so I'll let him do the talking.
www.abovetopsecret.com...
Complete nonsense. Here are some numbers for you. Sirius has a proper motion of 1.2 arcseconds/year in declination and .546 arcseconds per year in right ascension (simbad.u-strasbg.fr... ) (15 km/sec and 6.8 km/sec velocity relative to our solar system respectively). Since we're about 8.6 light years from the Sirius system, and since Sirius A and B have a combined mass of nearly 3 times the sun's mass, the escape velocity from the Sirius system at the distance of our sun is about 0.1 km/sec. In other words, our solar system is traveling many times too fast relative to Sirius to be able to orbit it or be in a trinary configuration with it. Let's crunch the numbers for Alcyone as well just to show you how ridiculous this is. Alcyone is of course part of the Pleiades as well, so let's use the total mass of the Pleiades cluster to see if we're orbiting it. Alcyone has a parallax of about 8.09 milliarcseconds, which corresponds to a distance of about 402 light years. simbad.u-strasbg.fr... It also has a proper motion of about 19.34 milliarcseconds in right ascension and -43.67 milliarcseconds in declination per year. Now at a distance of 402 light years, those 43.67 milliarcseconds/year in declination translate to 805,195,033 kilometers per year or about 25.515 km/second. Now the Pleiades cluster has a total mass of about 740 sun masses (arxiv.org... ), so at a distance of 400 light years, the escape velocity for the entire Pleiades cluster is about 0.227861 km/second. In other words, even just taking into account our proper motion in declination, to say nothing of our total motion relative to Alcyone including in right ascension and radial velocity, we're traveling over 100 times too fast to be orbiting the Pleiades! We are not orbiting the Pleiades, let alone Alcyone, not even close.
Here is a link to Alcyone, you might want to read up on it. Both the star and the Pleiades are only 50 million years old.
Our sun and planet are over 4.5 billion years old.
Care to explain how we're orbiting something that didn't even exist when the sun formed, and who's gravitational effect on us at over 370 light years away is negligable at best?
Originally posted by SunnyDee
Well I don't claim to know anything, but I do believe it is a fact that we circle around the 12 constellations every 24,000 years. So there is an orbit there. An orbit within the orbit of the center of the galaxy.
Originally posted by BrokenAngelWings33
Anyway, here is a picture or 2 that I found interesting to share with you...
From the Sun...see what I see here?
The alignment you were asking for I think...