TROS -- "magnacoaster"

having system ready from other projects just tested Willis schematic -- adding a magnet to air-cored pulse motor is increasing voltage by more intensive "bouncing" of magnetic field; with system closed the motor runs much longer

Category:

Education

Tags:

• transistor
• oscillation
• pulse
• motor
• magnacoaster

[irondmax]

if there is a question of whether magnets have energy in them, take a big rock, heavy as you can lift. lift it and place your foot under it........then let go of the rock...........

LOL

if there is a scream..............then there is energy in a magnet and the energy from the screem

lol

[Mopozco]

@irondmax

exactly, of course how to use it is a different question; it's already in use, but we want more, longer...and free (lol)...sun shining long enough, so can do work magnet, we can run solar panels already and we will run magnet motors as well, and as long as magnet last, will we? (lol)...

cheers

[Mopozco]

well, why should i block anyone giving reasonable comments?

aster just keep saying "magnets are NOT a source of energy", and i already pointed him where he's wrong, why should i spend more time on this?

magnets are the source of energy, POTENTIAL, the more energy was injected in it (magnetization) the more time this energy can be released, is it so hard to understand?

if magnet is not source of energy, then the sun, wind, hydro, thermal, capacitors, batteries are neither...

what a joke...

[asteroceras]

@FullyRealized A magnet can apply a STATIC force to an item indefinitely.

If the distance between them changes (i.e. the system is NOT static), then energy is either released (if the distance decreases), or required (to increase the distance) [reverse this in the case of opposed poles].

The "free energy" systems you see on YouTube claim to skip or reduce the energy requirement to move a magnet back to its original position, which would create energy... violating thermodynamics.

[FullyRealized]

@asteroceras How does it necessarily violate the laws of thermodynamics? My physics teacher couldn't explain it. I can't say that your wrong, but how can a magnet apply force to an object without energy? That seems more to defy the laws of physics. I am intrigued to hear your response.

[eldelectable]

@asteroceras

Well done.

[eldelectable]

@Mopozco

And besides, if this was the real deal and provided limitless magnet-fed electricity, wouldn't it be reasonable to think that this would be pretty big news and in common use after a minimum of a year of existence? It would be nice to have a little bit of logic and theory to read from your end, instead of bickering with and threatening to block your viewers.

[eldelectable]

@Mopozco

Reading your responses have been very disappointing. Asteroceras has taken the time to give you reasonable arguments based in logical examples, and you turn around and respond using circumstantial observations that have no discernible correlation to the noted discrepancy. At least for the sake of interesting debate, one would expect there to be some answers in regards to how this would not violate the first and second law of thermodynamics (pretty fundamental laws).

[asteroceras]

@FullyRealized There are no "ways around" the laws of thermodynamics.

Hydroelectric dams get their energy from the sun evaporating water, which rains down on hills to be collected by the dam; the water does not just magically appear in order to power a generator, just as energy does not magically appear in order to be extracted from magnets.

Magnets are NOT a source of energy.

[FullyRealized]

@asteroceras Correct that the energy required to raise it is more than we can generally harness, but you have to consider that we find ways around this in modern science. Hydroelectric dams harness tons of energy from gravity, but only because it has a constant input of potential energy and the right circumstances to harvest it (e.g. location, millions of dollars worth of equipment, etc.).Magnets repel against gravity like systems that require application of energy or force to do so