re: energy producing experiments

[Delburt Phend]

show one of your millions of experiments. smokey

you can list it with one of those that has walked before

and with your Atwood's in space

The cylinder and sphere make large amounts of energy. Delburt Phend Youtube

[sm0ky2]

Well, im not going to do your homework for you


This has been discussed on this forum somewhere
inside those threads are other members experiments
The Nasa video was linked a few times (spacelab possibly?)


Of course ignoring physics, and imagining that i would make things up
just to prohibit you from exploring, is your choice to do.


Feel free to learn first hand from your own personal experience:
If you think you can make it do what you think it will do
Then build one.

[sm0ky2]

Or at the very least,
Set up a series of controlled experiments
observe the transfer of a pair of interconnected vectored momenti
to a state outside its frame of reference


The force and acceleration are in the downward vector
for both masses
They are linked by the tension of the string
the larger mass uses an equal amount of its' own downward momentum
to bring the acceleration into a negative value
The remainder is split between the two


Let's take an extreme example and allow your Atwood to be 2 meters tall
at that point, would you expect the smaller weight to simply fly up and break off its' string?


No, it Stops
Just like every other time.

[sm0ky2]

When you are doing construction,
The best way to get something to the top floor
is to put it in a bucket, on a pulley and the other bucket
is filled with trash on the way down


The dumb waiter elevator works the same


i'm pretty sure that has been going on since way before
the scientists wanted to examine the math
As Archimedes describes in the 2nd century B.C.,
mechanical systems were already well developed




Lets say we have a spring in the bottom of the bucket that set and latched
when the heavy weight hit the ground
And the value of the energy stored in this spring
were exactly equal to the impact force of the heavy weight


Then we place that spring underneath the smaller weight
at exactly the moment the large weight hits the ground
(before gravity has a chance to make the downward acceleration positive again)
And fired off the spring


E = m(large)*9.8*h(initial) = m(small)*9.8*h(final)


= m(large)*1 = m(small) * h(final)
h(final)= m(large)/m(small)
= 11.1m
11.1 * 9.8 * .1 = 10.878j
1 * 11.1 * 9.8 = 10.878j

[Delburt Phend]

If you are going to cite an experiment then you should be ready to at least provide a location or link; not have some vague memory of it.

The MIT Atwood's produces enough momentum to make the dropped mass rise 110 times higher than what it was dropped.

And I have experiments that place the momentum of very large masses into very small masses. Delburt Phend youtube   This is all that needs to be shown.   (Atwood's – "cylinder and spheres")