re: energy producing experiments

[Delburt Phend]

Very large quantities of energy can be produced by placing large quantities of momentum in a small mass.

And very large quantities of momentum can be produced by a rim that is accelerated by a weighted string wrapped around the rims circumference.

A vertical rim will accelerate like a modified Atwood's; which means it will be an F = ma acceleration. The one kilogram is on a string that is wrapped around the rim. As the 1 kg mass drops one meter it will accelerate the 100 kg vertical rim.

So:  The one kilogram has 9.81 N of force.  9.81 N = 101 kg * a   = .0971 m/sec/sec. is the acceleration of the rim.

d = ½ v²/a:  so: v = sqrt (1 m * 2 *.09871 m/sec/sec) = .4407 m/sec.  is the velocity of the rim after it has dropped one meter.

This is .4407 m/sec * 101 kg = 44.51 kg * m/sec units of momentum.

This is 44.51 units of momentum that was produced by one kg dropping one meter.  It takes 4.429 units of momentum for a one-kilogram mass to be raised one meter. So, you produced 44.51 units of momentum from 4.429 units.

A stack of 30 (1000g / 30) 33.33 gram masses evenly spaced 30 meter high is also 1 kg. This stack can also be dropped one meter. After the one meter drop the stack can be reconfigures by raising one 33.33 gram mass 30 meters.

To raise 33.33 gram 30 meters it needs to be moving 24.26 m/sec. This is 24.26 m/sec * .03333 kg = .8087 units of momentum.

You produce 44.51 units of momentum using .8087 units.     

[Floor]

I'm glad to see that you are still exploring this !

        best wishes
               floor

[sm0ky2]

I would like to see a demonstration of this "energy producing experiments"


We can excite ions with a simple electric field
(Ionized plate particle accelerator)


Even with tiny atomic masses and near relativistic velocities
there have been no anomalies concerning momentum observed
outside the expected quantum factor


as such would alter our view of the equations


Momentum is conserved throughout the entire system being analyzed
Even in the transferring from one mass to another.
If there is any mass at all involved,
you will always have less momentum than before the transfer


If there is no mass, momentum would transfer pure and lossless


[For this reason i argue that a photon cannot be massless,
but rather releases countably infinite energy for a finite time upon impact,
when we set the total energy values to be equivalent the calculated mass of
the photon corresponds to the expected value observed from the physical impact]


Archimedes, Da Vinci, Descartes, Galileo, Newton, Maxwell, Rankine, Einstein, Froude
They all agree on the theory of momentum
The Universe as we understand it would collapse if this theory were to break.

[NathanCoppedge]

Good research but you may find Nathan Larkin Coppedge's experiments more ambitious.

Nathan's experiments can be investigated here at the rather original https://emporium.quora.com/The-History-of-Perpetual-Motion-Machines

[Delburt Phend]

The cylinder and spheres experiments make energy; you would do better to build and experiment with something that works.