BesslerWheel.com

hi . why dont object on earth show c.f but as soon as you attach it to something else c.f is shown is this because everything moves with the atmosphere and earth and gravity also has a hand in it ? imagine a long rod with a sliding weight , placed into the ground so it stands upright ...why doesnt ...

@All, I think you guys will get this. A lever dropping 10 inches can lift a 1 lb. weight 10 inches, right ? What Bessler realized is that lifting 2 - 1 lb. weights 5 inches can create an over balance. You see, when 2 weights shift upward, they equal the work being done by one lever. What Bessler dd ...

mrvibrating, I'll give you a little bit better explanation then will leave you guys alone :-) Mt 31 shows where Bessler over came inertia. To look at it, someone might think other wise but then they would be missing Bessler's lesson. You see, with 2 opposing levers and one always moving to be perpen...

MrVibrating, >> Hmm, where's the CF reference there? It looks like the weights hang down against gravity - CF would hold them all flat against the rim..? Evidently, one of us is missing something... ;P << The weight that needs to be hoisted is the cf reference. Otherwise it stays in it's position. W...

Hope you don't mind my pointing out that in Mt 21, Bessler references centrifugal force. "No. 21: This figure has hanging levers A which are internally applied to the cross-poles at B and thus side C becomes lighter; if, however, the lowermost lever is not periodically raised up out of its posi...

@All, It's no secret that the environment has 14.2 psi or 1.03 kgf/cm^3 of pressure. In a bellow, as it opens, the compression effect the atmosphere has on it becomes less and less the more it opens. This creates a pressure differential between the atmosphere and the inside of the bellows. And since...

My Bessler Facebook Page. Am asking Scott to delete this but he can post a link to the facebook page and the build I am doing. Bessler did realize a unique principle. It only takes 1 kg of force to suspend 1 kg of mass. And with a liquid, if the force moves at a 90 degree angle, the distance the li...

My Bessler Facebook Page. Am asking Scott to delete this but he can post a link to the facebook page and the build I am doing. Bessler did realize a unique principle. It only takes 1 kg of force to suspend 1 kg of mass. And with a liquid, if the force moves at a 90 degree angle, the distance the liq...