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Do you really believe that the cup Christ drank from at the last supper looked or was like that?
originally posted by: Raggedyman
a reply to: purplemer
Do you really believe that the cup Christ drank from at the last supper looked or was like that? Why
Could it not have been clay? Like most normal cups
Maybe a handle
Maybe a mug, what is a chalice relevant to, no common people in Israel had chalices did they
Thanks
You know as a practitioner of Oriental Medicine, I have had very similar debates with my Western Medical counterparts.
originally posted by: KKLOCO
originally posted by: Raggedyman
a reply to: purplemer
Do you really believe that the cup Christ drank from at the last supper looked or was like that? Why
Could it not have been clay? Like most normal cups
Maybe a handle
Maybe a mug, what is a chalice relevant to, no common people in Israel had chalices did they
Thanks
Do you honestly believe The Holy Grail is a cup or chalice?
If you do, it’s now very clear why you can’t wrap your head around this subject. Time to go do some research about symbolism bro.
originally posted by: BlueJacket
a reply to: Anathros
well, just having a go here...but whos to say the two systems in question aren't moving outwards with the potentially expanding universe at the same speed?
Or maybe its not expanding?
Fun game with no winner!
originally posted by: Anathros
originally posted by: BlueJacket
a reply to: Anathros
well, just having a go here...but whos to say the two systems in question aren't moving outwards with the potentially expanding universe at the same speed?
Or maybe its not expanding?
Fun game with no winner!
I have no idea. I rarely stargaze. If I am, chances are I walked outside to piss. I assumed the expansion of the universe was no longer a theory but I don't know. Yeah, I can see where a single system may be moving in relation without the expansion playing a major role but at 8 light years, I would imagine we'd see more effect of expansion. I'm a simple man with simple questions.
Utter nonsense. Sirius lies about 40º south of the ecliptic. It never "lines up" with the Sun and Earth.
Every year on the 1st January. Our sun and our earth line up with Sirius.
Not where I live. Do you live at latitude 16º north? At what time of day did you see it directly overhead?
So look directly above your head on the first of January and you will see Sirius.
No. The closest it's going to get is about 7.8 light years and that's going to happen in about 60,000 years.
It is estimated that the will one day be within about light year of earth.
It never "lines up" with the Sun and Earth.
originally posted by: DBCowboy
a reply to: purplemer
My question would be, why cover it up?
What benefit is there in hiding this?
[/edit on 1-1-2020 by Salander because: (no reason given)
Not where I live. Do you live at latitude 16º north? At what time of day did you see it directly overhead?
Incorrect. Do you know what the ecliptic represents?
Oh my sweet Phage yes it does :-)
Same day as what? Are you saying that the Nile floods on the same day every year?
If it does not rise on the same day can you explain to me how the Kemetic used it as a year marker and to mark the rise of the Nile.
How is it possible the star is still marking the same period of time if it not following our sun.
www.universeguide.com...
The star is moving -1,223.07 ± 1.04 milliarcseconds/year towards the north and -546.01 ± 1.58 milliarcseconds/year east if we saw them in the horizon.
originally posted by: Phage
a reply to: purplemer
Utter nonsense. Sirius lies about 40º south of the ecliptic. It never "lines up" with the Sun and Earth.
Every year on the 1st January. Our sun and our earth line up with Sirius.
Not where I live. Do you live at latitude 16º north? At what time of day did you see it directly overhead?
So look directly above your head on the first of January and you will see Sirius.
stellarium.org...
No. The closest it's going to get is about 7.8 light years and that's going to happen in about 60,000 years.
It is estimated that the will one day be within about light year of earth.
www.universeguide.com...
And no, Sirius is far too distant to be in orbit with Sol.
And no, Sirius is far too distant to be in orbit with Sol.
In 1894 the Indian astronomer, Sri Yukteswar, wrote that the cause of the moving equinox (a.k.a. precession observable) was the result of our sun’s orbit around another star. He estimated the orbit period at 24,000 years and put apoapsis at about 500 A.D., saying the change in angular velocity (precession observable) would average 54” p/y over the life of the orbit.
Comparing Yukteswar’s and Newcomb’s predictions to the actual we find the dynamic SS model to be 41 times more accurate than the lunisolar precession model over the last 100 years.
Calculated precession rates over the last 100 years show increasing precession rates which produce a declining precession cycle period. There is no reason the relatively constant mass of the Sun and Moon torquing the Earth should produce such figures. There is every reason a binary system would – because these numbers are not caused solely by local mass torquing – they are annual rates of our Sun’s path around it’s binary in a elliptical orbit. They will increase and decrease as the Sun speeds up and slows down as required by elliptical orbits (according to Kepler’s laws).
ri Yukteswar, explained that the moving equinox (precession) was a result of a moving solar system and he gave us a binary orbit periodicity of 24,000 years, with apoapsis at 500 A.D. Thus, one scientist gave us a strictly local dynamics model and the other a strictly non-local dynamic SS model. Which model was more accurate over the next 100 years?