A particle only looses energy when the magent field is coupled to something.
What are you blap blap bla bla about ?
Elementary particles in the LHC creates/pulls a magnetic field, hence there is a energy lost, denying this is exactly so silly as all the other of yours reply..
And so wrong. You have claimed that there is a general resistance against motion of objects moving through space. This has nothing to do with charged particles and specific friction.
This is exactly what it have to do with...
Elementary Particles are due to speed twisted stronger into space.
This is what the resistance RAM is about.
This is what creates magnetism, - in this case.
And this will certainly mean lost of energy, and hence lost of speed.
Bjarne
The maximum speed matter can reach in a orbit, - depends first at all of the acceleration due to gravity (ADG) but also of how long the "acceleration lane" is
For example; the time matter can continue to accelerate before reaching perihelion (the closest point to the Sun).
Hans
Wrong. The distance and the gravity strenght do determine the orbital speed, but the speed falls with distance.
http://www.sjsu.edu/faculty/watkins/orbital.htm
This is, of course, due to the fact that the strength of gravity decreases with the square of the distance.
An orbiting body will speed up when approacing perihelion, but will slow down again when moving away from it.
More Blap blap blap blap
This phenomena can be spitted into important 2 factors (as I did) in order to
understand / extract what really happens in the process.
- The strength of Acceleration Due to Gravity ADG
- The distance from Aphelion to Perihelion that tells you how long time the object can accelerate before it is interrupted by deceleration.
A short orbit will mean less "acceleration lane" towards Perihelion
This factors are so simple and easy to understand.
For example the speed of the Mercury is less as double speed of the Earth
BUT ADG of the Sun is many times stronger in Mercury’s orbit.
This is because the orbit of the Earth is larger.
Hence there is a longer "acceleration lane"
The point is what would happen if the "acceleration lane" is 100.000 LY , or billion of light years.
Hans you begin to be much too silly to discuss with.
Bjarne
Even though the ADG affecting us from the MilkyWay is much weaker than the ADG affecting us from the Sun, - the Sun (and us) are orbiting the Milkyway 10 times faster as the Earth (and we) are orbiting the Sun.
Hans
The gravity field of the galaxy is stronger than that of the sun.
Again you are only demonstrating silly argumentation.
I am talking not talking about “gravity” but about ADG, - you should be able to read this.
You can easy calculate ADG of a
galaxy based on the known mass = 3,43 * 10 -13 m/s²
Based on the so called Dark Metter = 3,43 * 10 -12 m/s²
Both values at the periphery.
The
Suns ADG by Neptune i= 0,0000067 m/s²
Which mean that the ADG of a galaxy is about 2.000.000 times weaker than the Suns ADG in Neptune’s Orbit .
Hans honestly I begin to consider whether it is more fruitful to discuss these issues with my 6 years old daughter. I am not sure you will understand why.
But I guess some will.
Bjarne
Everywhere in the Universe we see; orbits around extended masses.
This means that matter (cluster of galaxies) must also orbit the Universe,- since the Universe is also an extended mass.
Hans
Wrong concusion.
Matter MUST not orbit a mass. It often does, because of conservation of momentum.
Bjarne
Off course it must
Gravity = Gravity
In space it would even orbit a cow.
Hans
Take a stone. Hold it out in one arm. Let it go. Does it orbit anything?
I think it would be impossible to find a example 1 % more stupid / silly / irrelevant than this.
My 6 years old daughter seems to be higher educated and less childlike.
Good Bye Hans.