SMOT! - (previously about the OC MPMM)

[Omnibus]

@Low-Q,

The question is how the ball gets pulled from C to B so that it then can lose the magnetic potential energy in going from B to C. That's the persistent question you haven't answered. Don't get off track.

[tinu]

When the ball was get pulled from C to B?
Its trajectory is from C to A to B. It?s never from C to B to A.

[Omnibus]

No, the trajectory is from B to C to A. Again, who supplied the magnetic potential energy (through pulling the ball from C to B) which the ball loses in going from B to C? Don't try to avoid this question.

[tinu]

Isn?t clear enough?
User inputs a lot more energy than C->B. It inputs A->B at every cycle.

Have a look again on the equivalent potential field provided by Vidar and draw your own if not satisfied. But the one below is pretty accurate. User spends work Epot(B)-Epot(A), which is then converted in heat by the free falling ball. Where is CoE violated?

[Omnibus]

@tinu,

That's the last try and then the exchange with you will be over. Who has imparted to the ball at B (by pulling it from C to B) the magnetic potential energy the ball loses spontaneously in going from B to C? You haven't answered this question, you're trying to escape answering it which I will not tolerate. Once again, the exchange with you will be over if you once again divert from answering that question.