Re: Independent Source tells about TGC
I am not sure... All I could envision is if say Pluto / Neptune were on the other side of the solar system as nibiru approaches and that the effect on those planets would not be as obvious as compared to if they were on the nearer side as nibiru approached close enough to have an effect on them.
No doubt the distances involved from one side of each of the outer planets orbits of the solar system is huge....as would the orbit of Nibiru (with it being much bigger and more elliptic (if it exists)) It would also take many years for pluto to orbit around , I believe about 248 yrs..
No doubt, It is all very complex when you take such things into consideration.
there is some quite complex technical details on how the orbits compare with neptune on
http://en.wikipedia.org/wiki/Pluto
ref to....
However, this alone is not enough to protect Pluto; perturbations from the planets (especially Neptune) such as orbital precession would adjust Pluto's orbit so that a collision could be possible over millions of years. Some other mechanism or mechanisms must therefore be at work. The most significant of these is that Pluto lies in the 3:2 mean motion resonance with Neptune: for every three of Neptune's orbits around the Sun, Pluto makes two. The two objects then return to their initial positions and the cycle repeats, each cycle lasting about 500 years. This pattern is configured so that, in each 500-year cycle, the first time Pluto is near perihelion Neptune is over 50° behind Pluto
I agree though that if Nibiru has approached to within side plutos orbit that it should cause
the outer planets quite severe disturbance if they are within a certain distance to it..
It is quite amazing that such a small planetery body as Pluto effects Neptunes orbit so much.
yet recently I believe that Pluto is no longer classed as a planet....which Is a bit unusual..
As you refer
Pluto and its largest moon, Charon, are sometimes treated together as a binary system because the barycentre of their orbits does not lie within either body.
Originally classified as a planet,Pluto is now considered the largest member of a distinct population called the Kuiper belt.
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If? The real "if" is that if a planetary body currently lies outside the orbit of Pluto in the Kuiper Belt where is the evidence in the form of orbital perturbation? Orbital perturbation is how Pluto itself was discovered. Pluto is tiny on the planetary scale but it has sufficient mass to perturb the orbit of Neptune...which is how Lowell predicted the location of and untimately discovered Pluto (Pluto is actually a binary planetoid system Pluto-Charon).
So, where's the perturbation of Pluto-Charon and/or Neptune? It should be obvious given that this dog is supposed to flip the Earth head-over-heals. Pluto-Charon is the largest mass body/system in the Kuiper belt.
I am not sure... All I could envision is if say Pluto / Neptune were on the other side of the solar system as nibiru approaches and that the effect on those planets would not be as obvious as compared to if they were on the nearer side as nibiru approached close enough to have an effect on them.
No doubt the distances involved from one side of each of the outer planets orbits of the solar system is huge....as would the orbit of Nibiru (with it being much bigger and more elliptic (if it exists)) It would also take many years for pluto to orbit around , I believe about 248 yrs..
No doubt, It is all very complex when you take such things into consideration.
there is some quite complex technical details on how the orbits compare with neptune on
http://en.wikipedia.org/wiki/Pluto
ref to....
However, this alone is not enough to protect Pluto; perturbations from the planets (especially Neptune) such as orbital precession would adjust Pluto's orbit so that a collision could be possible over millions of years. Some other mechanism or mechanisms must therefore be at work. The most significant of these is that Pluto lies in the 3:2 mean motion resonance with Neptune: for every three of Neptune's orbits around the Sun, Pluto makes two. The two objects then return to their initial positions and the cycle repeats, each cycle lasting about 500 years. This pattern is configured so that, in each 500-year cycle, the first time Pluto is near perihelion Neptune is over 50° behind Pluto
I agree though that if Nibiru has approached to within side plutos orbit that it should cause
the outer planets quite severe disturbance if they are within a certain distance to it..
It is quite amazing that such a small planetery body as Pluto effects Neptunes orbit so much.
yet recently I believe that Pluto is no longer classed as a planet....which Is a bit unusual..
As you refer
Pluto and its largest moon, Charon, are sometimes treated together as a binary system because the barycentre of their orbits does not lie within either body.
Originally classified as a planet,Pluto is now considered the largest member of a distinct population called the Kuiper belt.
----------------------------------------
If? The real "if" is that if a planetary body currently lies outside the orbit of Pluto in the Kuiper Belt where is the evidence in the form of orbital perturbation? Orbital perturbation is how Pluto itself was discovered. Pluto is tiny on the planetary scale but it has sufficient mass to perturb the orbit of Neptune...which is how Lowell predicted the location of and untimately discovered Pluto (Pluto is actually a binary planetoid system Pluto-Charon).
So, where's the perturbation of Pluto-Charon and/or Neptune? It should be obvious given that this dog is supposed to flip the Earth head-over-heals. Pluto-Charon is the largest mass body/system in the Kuiper belt.