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ocunue
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I know that this site is not for speculation, but can someone help me in this doubt ?
I know that perpetual motion of secod kind is considerated impossible.
So I would like to know why what are descripted under doesn't work.
I've a small permanent magnet that can remain in suspension on the water, this magnet for the movement of the molecules it will suffer a motion of brownian type.
If we approach a winding L1 to the permanent magnet on the winding there is a Electromotive Force caused by the movement of the magnet M.
Connecting a resistance to the heads of L1 in the resistance there will be a current with casual way that will heat the resistance while M will be braked.
Then we have heated R and cooled the water without work.
R is heated for the motion of M.
The difference of temperature will be very little but …. exists(?)! …
We could , for example, insert a diode in the circuit … so we could use the current ..
With a billion of billion of billion of this item may be we can obtain a perpetual battery of 1,5V ?
Thanks a lot
I know that perpetual motion of secod kind is considerated impossible.
So I would like to know why what are descripted under doesn't work.
I've a small permanent magnet that can remain in suspension on the water, this magnet for the movement of the molecules it will suffer a motion of brownian type.
If we approach a winding L1 to the permanent magnet on the winding there is a Electromotive Force caused by the movement of the magnet M.
Connecting a resistance to the heads of L1 in the resistance there will be a current with casual way that will heat the resistance while M will be braked.
Then we have heated R and cooled the water without work.
R is heated for the motion of M.
The difference of temperature will be very little but …. exists(?)! …
We could , for example, insert a diode in the circuit … so we could use the current ..
With a billion of billion of billion of this item may be we can obtain a perpetual battery of 1,5V ?
Thanks a lot