CG Showcase of Overbalanced Wheel

[helloha]

a-XXX XXX I. trying my hands on wm2d, a characteristic of net force zero

a similar wm2d example
http://www.overunity.com/12742/cg-showcase-of-overbalanced-wheel/msg387548/#msg387548

[helloha]

a-XXX XXX II. trying my hands on wm2d, using (all) the lighter weights to lift up a heavy weight

[helloha]

Analysing of Bessler's Clues 01.
"The machine's power was directly proportional to its diameter"

- the larger the diameter, the more power it has
- in other words, the smaller the diameter, the weaker it is
- take note: it did not mention the increase in power which result in the ability to turn the wheel, but should most probably be related either directly or indirectly
- so, if the diameter is very small, meaning very weak, can the wheel turn?

[helloha]

Analysing of Bessler's Clues 02.
"If I arrange to have just one cross-bar in my machine, it revolves very slowly, just as if it can hardly turn itself at all, but, on the contrary, when I arrange several bars, pulleys and weights, the machine can revolve much faster."

- having the same concept with the "diameter" but this time implies directly on the rotation speed
- the more cross, the more power (or faster rotation)
- the less cross, the weaker it is (or weak rotation)
- take note: although it mention "fast and slow rotation speed", it doesn't directly meant a continuous rotation (at least there is no mention of "continuous" or sort-of words).
- so for a single cross (weak speed), the situation can be like ... when the wheel start to revolve from its initial position, it revolve very slow, up to a few degrees then it stop..... ...... it does revolve slowly (anyway it is just another guessing)

- but the main question is .... why is there a need to increase the diameter, when increase the cross can achieve the speed/power ?
or
why increase the cross when increasing the diameter can do the trick ?

[helloha]

Analysing of Bessler's Clues 03.
< Issue with the increase of Cross >
"Weights gained force from their own swinging"

- it is assumed that the those weights are required to do swinging or rolling (or maybe
flipping or something else), so the weight need its own area to do its movement
- but with each increase in cross, the movement for the weights decrease
- eventually the increase of the cross would cause no space for the weight to maneuver