Bessler's Other Wheel (?)

[caccr2000]

video


http://www.megaupload.com/?d=12Y06BBT

[hartiberlin]

video


http://www.megaupload.com/?d=12Y06BBT

Password is missing ! ;(
What is it ?

Many thanks.

[caccr2000]

http://www.youtube.com/watch?v=vbJDks7TBb8
http://www.youtube.com/watch?v=aMzf6epjTug
http://www.youtube.com/watch?v=0TmBewOyIeo

[johnny874]

http://www.youtube.com/watch?v=vbJDks7TBb8
http://www.youtube.com/watch?v=aMzf6epjTug
http://www.youtube.com/watch?v=0TmBewOyIeo

  Interesting. Maybe gearing like a clock would allow for uneven rotation ?

Utilizado en línea traductor
Interesante. Tal vez maniobrable como un reloj permitiría desigual rotación ?                                                                     Jim

[johnny874]

   @All,
  This picture illustrates some of the basic understanding of how swinging
weights could work.
By kowing how trigonometry reflects on the motion of a lever and being faniliar with Newton's Laws of Motion, we can have an understanding of the dynamics of this type of behavior. It is after all engineering.
When 2 levers are 5 inches or even cm's long as an example, if one lever is at the level
of the axle and the opposing lever at an angle of 30 degrees, we can see how the force of 2 weights effect the motion or lack there of.
As an example, position 1 is 4.33 from center, the same distance as the opposing weight which is 5 from the center. yet they both have the same force relative to their interaction with gravity. If both weights were 5 from center, then the weight level with the axle would have more force.
By understanding these relationships, we can know that 2 levers at a 90 degree angle would have same f=ma if one is dropping and one is being lifted. What might be missed is when both weights are 45 degrees from bottom center, they will have different values.
This is because the weight moving upward would be retracted 1/2 of it's total. This would allow the dropping weight to be the greater force and it should reach bottom center rather easily. And the weight being lifted ? If it goes above the level of the axle, it will still have more force after the rotation of the 2 weights have stopped. And then it would swing down.
What is interesting to note but might be of little value is the weight dropping would drop 2/3 of it's height before the weight being lifted is in an opposing postion. This however is what would allow for acceleration which of course is converted into momentum.
It seems in understanding this, it takes the work of both Newton and Liebniz.

                                                                                Jim