I noticed that I used the pipe velocity for the
mass velocity in my previous post as the mass moved
into the accelerator again , it was late
and it was friday.

so dont go framing up anything yet.

like you said that is the outward force,LOL.

I might have to figure out the total linear force
to see if I was right or if you were right.

LOL

I believe if I use a 180 degree turn I can divide the
1 second by 180 , since the mass is traveling in a circular path I can use the linear angle and the fc angle to find the amount of linear force for each degree of rotation , then add up the forces as I said before.

there will be 180 fc forces in the outward direction
and 180 linear forces in the linear direction.

starting at 270 degrees the linear force would be
very small , then at 180 degrees the linear force would
be very large then at 90 degrees the linear force would be very small again.

since the longitudinal forces outnumber the linear forces
2-1

and 12,000 / 3 = 4000

I seem to think I was right all along.

there are 8000N longitudinal
there are 4000N linear

so for now I recant my apology , LOL.

but save the frame you may need it later.











3/4 inch of dust build up on the moon in 4.527 billion years,LOL and QM is fantasy science.