Good grief silverfox, an hour and 20 minute lecture!silverfox wrote:A few words of encouragement can be found here, Ralph...
http://www.youtube.com/watch?v=GkWPOIbsldE
It sounds real interesting, but I'm already almost 2 GB over my normal 5 GB monthly internet usage and I still have three days left in the current billing cycle. Dang this new super-fast computer and super-fast 4G internet phone connection! It has caused my internet usage to increase about 50% per month.
---------------
I posted comments about a possible fluid version of Bessler's wheel. I'd like to make something absolutely clear. My fluid version does not involve anything unique about fluids. It does not involve any Bernoulli principle, or anything else unique to fluids. The principle envisioned for the fluid version of Bessler's wheel is the exact same principle envisioned by the solid weight version of Bessler's wheel. Both version's involve weight-mass moving in and out on a rotating wheel, where the in and out motions of the weight-mass results in a pumping action of both the wheel and the weight-mass movement.
Solid weights require mechanical means whereby the weights are made movable and require cross-bars or other means to inter-connect the motions of the weights.
Using fluid as the weight-mass simply requires a conduit pathway along which fluid is movable. The interconnection between the fluids becomes the fluid itself. This makes the fluid version much simpler than the solid-weight version. A simple single passageway snakes around the wheel forcing the fluid to flow in and out in the unique pattern that causes perpetual motion.
Note that Bessler said the motions of the weights caused the weights of his wheel to gain force.
Note that Bessler's last two wheels were gravitationally balanced.
Note that all weight-mass has three attributes.
1. Gravity is the tendency of mass to be move downward.
2. Inertia is the tendency of mass to resist motion.
3. Momentum is the tendency of moving mass to keep moving.
If you balance two in & out moving weights with another pair of cross-bar connected weights, then you get an always balanced wheel. But you still have the inertia and momentum (think spinning ice skater) of the weights as they move in & out.
![Image](http://my.voyager.net/~jrrandall/Jim_Mich.gif)