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As I didn't receive any reply, does it mean that there is no resistance to the concept that the Sun orbits around a local center of mass?If so, I will introduce the great impact of this concept on the structure of spiral galaxy.
It has a swing motion of 15Km/s - 20Km/s onward and backward to/from the galactic center.And it also has a swinng motion of 5Km/s - 7Km/s upward and downward from the galactic disc.It looks as a motion of a spring or a screw.Why is it?
As I didn't receive any reply, does it mean that there is no resistance to the concept that the Sun orbits around a local center of mass?
Quote from: Dave Lev on 20/04/2018 18:30:54It has a swing motion of 15Km/s - 20Km/s onward and backward to/from the galactic center.And it also has a swinng motion of 5Km/s - 7Km/s upward and downward from the galactic disc.It looks as a motion of a spring or a screw.Why is it?In a bat and ball game where the ball is attached to a pole by a string, speed makes the ball climb or drop. I am ''guessing'' this is similar? If the speed remains constant then it must be at a guess the dynamics of a moving body, and as it is on its approach to the sun in the upward or downward spiral it gains energy that pushes it up the ''hill''. By time it gets to the top of the ''hill'' it loses some energy so ''rolls'' back down the spiral again. Added - after viewing your moon orbit , I am more convinced it is the electrodynamics of moving bodies. added- Because if it were speed , it would be a greater or less than radial spiral.
Quote from: Thebox on 23/04/2018 19:32:24Quote from: Dave Lev on 20/04/2018 18:30:54It has a swing motion of 15Km/s - 20Km/s onward and backward to/from the galactic center.And it also has a swinng motion of 5Km/s - 7Km/s upward and downward from the galactic disc.It looks as a motion of a spring or a screw.Why is it?In a bat and ball game where the ball is attached to a pole by a string, speed makes the ball climb or drop. I am ''guessing'' this is similar? If the speed remains constant then it must be at a guess the dynamics of a moving body, and as it is on its approach to the sun in the upward or downward spiral it gains energy that pushes it up the ''hill''. By time it gets to the top of the ''hill'' it loses some energy so ''rolls'' back down the spiral again. Added - after viewing your moon orbit , I am more convinced it is the electrodynamics of moving bodies. added- Because if it were speed , it would be a greater or less than radial spiral.ThanksPlease look at the following Pluto/Charon Orbit Animation.//www.youtube.com/watch?v=HxkIQEdvyhkPlease try to focus on the movement of this moon around Pluto as Pluto orbits the Sun.Don't you see that it moves in a nice Spring motion which is almost identical to the Sun Motion as it orbits the galaxy center?http://www.biocab.org/Motions_of_the_Solar_System.jpgIt also sets the two swing motions:1. onward and backward2. upward and downward.Now, Let's assume that Pluto was invisible. Let's assume that we cant see Charon' center of mass.However, we see clearly the spring motion of Charon Moon as it orbits the Sun.Could it be that if we can't see Pluto we would assume that this motion is due to "electrodynamics of moving bodies"?In the same token. We don't see the local Sun' center of mass.However, we see clearly the spring motion of the Sun (which is almost identical to Charon Moon Motion).Please try to explain why when we discuss on Charon moon, we know by 100% that its motion is a direct product of gravity force (and ONLY gravity force), while when we discuss on the Sun motion, it is due of "electrodynamics of moving bodies"?If I understand it correctly:All the planets and moons in the Universe are moving due to Gravity force and ONLY gravity force. None of them is moving due to "electrodynamics of moving bodies".Why is it?What is so unique in the Sun (and all other stars) that they can move due to this "electrodynamics of moving bodies"? Why Gravity force isn't the ONLY force which sets the Sun Motion as it sets any Planet and any moon motion in the whole UniversePlease try to find even one planet or moon which is moving like: "a bat and ball game where the ball is attached to a pole by a string, speed makes the ball climb or drop." "as it is on its approach to the sun in the upward or downward spiral it gains energy that pushes it up the ''hill''. By time it gets to the top of the ''hill'' it loses some energy so ''rolls'' back down the spiral again."If it is feasable with our Sun, why it should be feasable also with any moon or planet?
As far as I am aware, all motion is subject to the electrodynamics of bodies because gravity is electrodynamics in my opinion. My own expression of a body in orbit is linear twist which is torque related.
1. Do you mean that Charon moon motion is electrodynamic?If so, what is the difference between a motion/orbit which is based on gravity to the one which is based on electrodynamic?Is it the same?
Ok , I stared at the spiral picture for a while, I got it, what do you want to know ? Faraday learnt me this one , never sore it before , never thought about. I will give the information . wire.jpg (317.14 kB . 4424x3064 - viewed 4839 times)
The sun runs along a ''virtual''wire producing an electromotive force ''disks''.
http://www.answering-christianity.com/moon_s-shaped_orbit.gif
The spiralling sun orbit seemingly under two forces,
Based on the diagram don't you see that the Sun runs AROUND a "virtual" wire?Why is it so difficult to see that this wire represents the location of the "Virtual" Sun' center of mass which orbits the galaxy?
Quote from: Thebox on 27/04/2018 19:36:34The spiralling sun orbit seemingly under two forces, Which two forces?Can you please find one Planet or Moon that orbits under two forces?Why Newton didn't offer this option in its gravity law?