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Originally Posted by G_burnett  Hello Vincent, thank you for your post.
The A+ b- parallel is a plate in motion from? I agree it is not the forces along the horizontal x relevant to but more as they are there from some other axis and could be curved not true parallel such as a loop from distance an size of the mass creating it.
Very interesting please continue my friend.
Sincerely ~ Peace! Graham. |
TY Graham, for your immersed interest into the dynamics of singular vortex mechanism. Though you have described it as an offbeat drummer manner to look at things, it could instead help me to view in other angles I have never perceived before. Therefore I should TY more for your insight that illustrated to me how others can look at the same thing differently.
The A+ b- parallel is a plate in angular motion, it is externally from the revolving axis. The A+ b- vectors both should be in the same direction from their course of motion, but in differential motion they are in opposite direction relatively, A+ is with a bigger radius than b- in the plain in a same angular velocity is therefore a stronger momentum than b-. This differential momentum subjected to gravity in the parabolic surface becomes the counter balancing center-seeking centripetal force that regresses in a circular path that maintains the equilibrium of the vortex form. There are other forces you have involved in your diagram 7, other than the three primary forces, the other vectors are merely perturbations, are not the main component forces.
Best to you.