the myth is not a myth just a misunderstanding..
Yes, a myth is a common misunderstanding or general ignorance of the truth.
when people question what is meant by the resonance of water its as simple as what is the resonance of a circuit..
No it isn't that simple.
A water molecule is a three dimensional structure which is more complicated than a simple LC circuit.
to tune into resonance in a circuit what does one do?
What circuit are you trying to tune?
what does one look for? they look for the effect of higher voltage correct?
If it's a series resonant circuit you'll get a high voltage across the inductor or capacitor but the voltage across both the capacitor and inductor will be low because the voltages will be out of phase so will cancel each other. The current will be very high as the only thing limiting it is the series resistance of the inductor and capacitor.
If it's a parallel circuit, it'll be the other way round. The current flowing through the capacitor and inductor will be very high, yet if you measured the current through both in parallel, it would be near zero. The voltage across both the inductor and capacitor will be equal to the supply.
so if we are looking for a effect with water what would it be? a higher production correct..
It depends on whether it's a liquid, gas or solid.
Liquid water doesn't have a sharp resonant peak, as I mentioned above and neither does liquid water.
The liquid water resonance myth probably started when microwave ovens became popular, here's a few sites which debunk it.
liquid water doesn't have a resonant frequency.
High Voltage in your Kitchen: Unwise Microwave Oven Experiments , page 4
Microwave heating is sometimes explained as a resonance of water molecules, but this is incorrect: such resonance only occurs in water vapour at much higher frequencies, at about 20 GHz
Microwave oven - Wikipedia, the free encyclopedia
More information:
How Everything Works - Question 1456
**broken link removed**
In order to get it to resonate, you first need to vaporise it, then bombard it with microwave radiation close to its resonant frequency about 22GHz. The sharp resonant peak would absorb the radiation which will just cause heating.
22GHz is well above the frequency range of high powered transistors so you'll need a magnetron, klystron or TWT amplifier to generate enough power to be noticeable at that frequency.
. si if you know that used energy consumption is measured in the form of amps. and amps are how the electrolysis process works,.
No, energy is measured in Joules, electrical current is measured in Amps.
. then you hear in the grape vine the presence of potential (stored energy) alone can effect a atom on a atomic level when the atoms are in relative space with the stored energy.. if this is tru then higher potential means higher effects??.. but how can you build a voltage that doesnt discharge in the form of amps? it must have a resistance to the release of that potential a standard capacitor does not provide the resistance a coil wire capacitor can during discharging... there is a difference in the magnetic coupling within a capacitor and with paired wires on a core...
Sorry but that doesn't make any sense.
here is a picture of my windings on my 3 phase alternator.. notice all poles same direction.. and the red and black ones are wound at the same time.. the green was put in on top of the red and black for each phase.. there are 18 wire ends compared to the 6 in a standard alternator
That's very odd indeed and is probably very inefficient too.
Normally a full wave rectifier is used, that's a half wave which will probably cause core saturation which is bad.