1. What is the mass (m) and dimensions of the pendulum weight?
2. What is the mass (m) of the pumped water and at what height (h) it has been lifted? So what is output Energy (E=m*g*h)?
3. How much pendulum weight strokes (n)is needed to pump up that water?
4. What is the approximation of height differential (dh = h2-h1)per stroke of the pendulum weight mass center? So what is approximation of input Energy per stroke (dE=m*g*dh)?
5. What is the approximation of input Energy (E=n*dE)?
It does work.. It doesn't last forever, and when you apply a load to it, it will slowly stop unless it is assisted. The output will be proportionate to the size of the device.. The larger, the more torque. It would simply be impractical to take this route.. We need significant power.. That big thing will not even produce 12vdc.
Veljko obviously slept through Physics 101.
LiamXaoh 4 months ago
World works on this pump with a pendulum, that is great!
Some of them work as Professional Scientists!
jovanmensa 1 year ago
this is a great start...
sunluvindawgz 1 year ago
Hi,have a question :)
how to attach to all of this some weight to keep it going for at least 6 hours? u know like in those old clocks? with kukushka insite:)
Turbomaxgt 1 year ago
So that is where steorn got his idea from ?
dan020350 2 years ago
Very smart man! Thanks for posting!
Rotitomato 2 years ago 3
Mechanical work is obviously greater than energy invested in the pendulum oscillation!
jovanmensa 2 years ago
Si cambia el muelle por dos imanes en oposicion (magnetica),el rendimiento sera mucho mas alto.
Suerte.
rfs990 2 years ago
The first simple and very obvious PERPETUUM MOBILE device.
Some other mechanical OVER UNITY devices you can see on my video.
People please make models and write your opinion.
causevskinikola 2 years ago
1. What is the mass (m) and dimensions of the pendulum weight?
2. What is the mass (m) of the pumped water and at what height (h) it has been lifted? So what is output Energy (E=m*g*h)?
3. How much pendulum weight strokes (n)is needed to pump up that water?
4. What is the approximation of height differential (dh = h2-h1)per stroke of the pendulum weight mass center? So what is approximation of input Energy per stroke (dE=m*g*dh)?
5. What is the approximation of input Energy (E=n*dE)?
astroshima1 3 years ago
Јел могуће, да је већина цивилизације неписмена и не познаје основе средњошколског знања: гравитацију, перихел и ахел, клатно, момент силе...
Лаици треба да траже демонстрацују клатна, које само ради и било би јасно, да док га Милко милки, диже се, а ако га не пипа падне...
ZoranM001 3 years ago
Why doesn someone hook up a flywheel with a generator to the working end! It's killing me! I'll have to do it my self.
zygomatic79 3 years ago
good luck. any progress?
youarelackluster 3 years ago
this might not look too much for you,but is the most simple mechanism that can be verified,and
i think that this actually works
magnicentjoe 4 years ago 2
It does work.. It doesn't last forever, and when you apply a load to it, it will slowly stop unless it is assisted. The output will be proportionate to the size of the device.. The larger, the more torque. It would simply be impractical to take this route.. We need significant power.. That big thing will not even produce 12vdc.
luc59457 2 years ago