12 times more output than input, dual mechanical oscillation system !

[spinn_MP]

Of course, as obvious from the above post, some people like to blabber having absolutely no clue regarding the topic at hand.

Hey, what a smart move, you're now pasting typical replies from other people to your own posts... Auto-text feature? Fingers hurt of too much typing?

[Omnibus]

As seen from the above post the incoherent blabber, unconnected to the topic at hand, continues.

[neptune]

Gentlemen , can we please discuss this without calling each other names . @ Omnibus . The answer to your question is not clear in my mind . One thing we need to consider is this . In the case of the one  weight fixed to the rim , the wheel will turn until the weight regains say 90% of its original height . Then it stops . But this is not end-of-story . The wheel then rotates backwards until the wheel is at say 81% of its original height and stops again . It will continue to oscillate in a pendulum like fashion for quite some time . Again I would wager my last cent that if we add these part rotations [in degrees] together , the total would far exceed 2.75 rotations . This time we have 2Kg dropping say 4 feet instead of 16 Kg falling half a foot , about the same driving force? What say you?

[Omnibus]

Gentlemen , can we please discuss this without calling each other names . @ Omnibus . The answer to your question is not clear in my mind . One thing we need to consider is this . In the case of the one  weight fixed to the rim , the wheel will turn until the weight regains say 90% of its original height . Then it stops . But this is not end-of-story . The wheel then rotates backwards until the wheel is at say 81% of its original height and stops again . It will continue to oscillate in a pendulum like fashion for quite some time . Again I would wager my last cent that if we add these part rotations [in degrees] together , the total would far exceed 2.75 rotations . This time we have 2Kg dropping say 4 feet instead of 16 Kg falling half a foot , about the same driving force? What say you?

Problem is, starting from the same level, both cases will finally oscillate. The lever case, however, will make two additional full turns which the wheel with weight attached to rim won't. Focus on this effect. That's the important observation in this case.

[spinn_MP]

As seen from the above post the incoherent blabber, unconnected to the topic at hand, continues.

Off topic? I simply replied to one of your posts here. Maybe it was you who was off-topic?
http://www.youtube.com/watch?v=ENrMwPNt9Cc&feature=player_embedded#

This is yours, me thinks. And we all heard your explanation. Several times. Of course, as expected, it was all BS, or "incoherent blabber".