re: energy producing experiments

[sm0ky2]

Then show the M.I.T. Version that does not follow the known equations above.


If it does what you say, just use the potential energy of the smaller mass to reset the larger mass
And have (97x excess?) to use for something else
While the larger mass throws another small mass into the sky


(or did you miss a decimal?)

[Delburt Phend]

You got it smoky; The MIT Atwood's produces 1.110 kg * .42042 m/sec = .46662 units of momentum.

When a cylinder and spheres gives all its momentum to a .010 kg mass then the mass will be moving .010 kg * v = .46662 kg  m/sec = 46.667 m/sec

At 46.667 m/sec the .010 kg will rise 111 meters.

Only 1 of those 111 meters is needed to restart the Atwood's for another 111 meters.

So the excess energy is easily 97%.

[sm0ky2]

You might need to ask for a calculator for Christmas.

[Delburt Phend]

Can't your calculator find the error; then I won't need a new one. Please show the error.

[sm0ky2]

You don't show your work, so its hard to tell
But you appear to be off by 1 decimal, twice
Resulting in 100x a value you should have ended up with


I'm not here to correct your work,
I have shown above the mathematical solution.


If you are convinced that it will work


Then build it