Thin Magnetic Ramp experiment

[Floor]

Hi Arty

                        just as you say
2 units of force F times 3 units of distance D
                           is equal to
1 unit of force F times 6 units of distance D.
                        just spread out

Convention says that one way or another, the kinetic energy
gained during attraction will balance with the force needed to escape.
                  (not  counting the losses to friction or other losses)

This convention also implys that the work to shear two magnet apart is
always equal to the work needed to pull them directly apart (N to S).

I am going to measure for differences between these two interactions (above),
under some specific sets of conditions in the next few days (hopefully).

Other experiments I have conducted show that they (above) are not
always be equal, at least not under all conditions or in all circumstances. 

I have found that under at least one set of conditions.....

The work done in pushing two magnets together in opposition to their
magnetic  repulsion is less than the work done by their repulsion, 
when a certain change in the magnets' orientations to each other,
(AT THE RIGHT POINT) in that interaction is the result of that repulsion. 

                    (as you have said "the line is where")

The DIFFERENCE between this work in and work out is greater than, the work
required to bring the magnets back to their starting orientations. 
20 % greater.

                           so
                               lets keep on rockn it !
                                                        floor

[shylo]

How did you come up with that 20 percent?
artv

[Floor]

Hi  Arty

Well I'll tell you,
check your PMs ( Personal Messages)

                    cheers
                     floor

[ekimtoor1]

Hey there!

How would things behave if the sphere was gadolinium?

[Floor]

@ekimtoor1

I don't know ?