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Topic: Titius-Bode Rule becomes a law of physics from Maxwell Equations
Chapt16.15 Gravity Cells #1456 ATOM TOTALITY 5th ed

Replies: 7   Last Post: Apr 4, 2013 4:54 AM

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David Bernier

Posts: 3,755
Registered: 12/13/04
Re: 0 degrees Re: Sun's 220km/sec in the plane of ecliptic?? Chapt16.15
Gravity Cells #1458 ATOM TOTALITY 5th ed

Posted: Apr 3, 2013 8:43 PM
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On 04/03/2013 07:58 PM, Archimedes Plutonium wrote:
> On Apr 3, 6:24 pm, Archimedes Plutonium
> <> wrote:

>> On Apr 3, 3:47 pm, Archimedes Plutonium
> (snipped)
>> Now I am having a hard time of locating a vital piece of information.
>> I need to know the direction of Sun's motion, its 220 km/sec relative
>> to the plane of the ecliptic. I would hazard to guess that the motion
>> is parallel to the plane of ecliptic, in other words the linear
>> forward motion of the Sun is the plane ecliptic itself as if the plane
>> had a arrow of direction.
>> I intuitively find it hard to think that the motion of the Sun is
>> anywhere off the plane of the ecliptic.

I suspect that the 3-D rectangular origin (0, 0, 0) in
rectangular coordinates is or is near the centre of
mass (barycentre) of the solar system.

The ecliptic is a reference plane that approximates
very well the mean orbit of the earth around the sun.

>> I had a look in Kaufmann's text Universe on page 461 and he talks
>> about the Sun relative to stars nearby and the Perseus arm, Orion
>> bridge and Sagittarius arm. I looked in Wikipedia for some light shed
>> on the question with no luck.
>> So the question is quite simple, as to what is the direction of motion
>> of the Sun of its 220km/sec relative to the Plane of the Ecliptic? Is
>> the direction in the plane or is it some angle off that plane?

I sincerely doubt that people in solar dynamics would use
an ecliptic reference plane where the sun would move
at 220 km/sec .

In the old days, the proper motions of extra-solar stars
relative to the earth were not known.

Wikipedia quote:

<< The Sun travels in a nearly circular orbit (the solar circle) about
the center of the Milky Way at a speed of about 220 km/s at a radius of
8 ± 0.65 kpc from the center,[4][5] which can be taken as the rate of
rotation of the Milky Way itself at this radius.[6][7] >>



> Let me phrase my question more clearly.
> Let me define the Sun's ecliptic as the plane in which the Sun's
> equator radiates outward, so that the Sun's equator plane forms the
> Solar System ecliptic. Now it happens from Maxwell Equations in EM
> gravity that all the planets lie mostly or near that ecliptic. When
> electricity and magnetism forms gravity, then the bodies would lie
> near or on that ecliptic.
> Now the question of direction of the Sun's 220 km/sec is a vector
> direction of an angle from the center of the Sun. Is the Sun moving
> its 220km/sec of a vector that is in that equator and thus ecliptic?
> Or is that 220km/sec some angle off of that equator-ecliptic plane?
> For instance is the 220km/sec in a direction of the poles of the Sun
> and thus the motion is 90degrees from the ecliptic? If the direction
> is 0degrees then the 220km/sec is in the ecliptic.
> Now if the Sun is 0degrees of its 220km/sec, then the question is, at
> what day of the Earth year is the Sun moving to? In other words, as
> the Earth revolves around the Sun, there is one day of that revolution
> in which the Sun is moving in Space in that direction.
> --
> Google seems to have stopped doing author-archives as of 2012.
> Only Drexel's Math Forum has done a excellent, simple and fair author-
> archiving of AP posts to sci.math for the past several years as seen
> here:
> Archimedes Plutonium
> whole entire Universe is just one big atom
> where dots of the electron-dot-cloud are galaxies

Jesus is an Anarchist. -- J.R.

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