The weight of the wheel is irrelevant as long as it is static (and in my view dynamically) balanced and you have proper support to hold it. The heavier it is the harder it will be to stop it once in motion.VANDUGEGS wrote:rlortie,
Has their been mention of the weight of the wheel, or the weight of the end of the pendulums? I am starting to think that only the wheel, pendulums and possibly the hanging box are together in its motion.
I also wonder if the wheel had a starting point?
Darrell
Forget the rope and box, it is only there to show that the machine could pick it up. Before reaching the pulley the wheel would have to be stopped.
Please refer to my first post in this thread. The only way that the machine could drop the box would be using Jim_Mitche's input about the Dutch method. Which by the way has been employed on sailing ships for centuries.
The one way wheel has no set starting point and the two way wheel will seek its own when stopped, requiring a push to start.
As for the weight of the pendulums please refer to previous posts here and in General discussion.
Ralph