Microwaves are a form of electromagnetic radiation with wavelengths ranging from about one meter to one millimeter; with frequencies between 300 MHz (1 m) and 300 GHz (1 mm).So we know then that this high level of frequency is able to get past the skin ohm level that is normally very high. I think it's 10,000. So let's use the calculator link I was given yesterday - to calculate how many volts and amps are needed.
Oh that calculator does not include Hertz frequency.
But, as frequency changes, the total voltage applied to a circuit per cycle can differ substantially. To visualize this difference,
but the total voltage per cycle (Hz) will be greater for the 50 Hz curve since the number of cycles is just 5/6 that of the 60 Hz curve.
This relationship is analogous to that of the torque produced by two pole (3,600 rpm) and four pole (1,800 rpm) motors of the same horsepower. If a four pole motor is to do the same amount of work as a two pole motor, it has to accomplish twice as much work per rotation. Therefore, it must produce twice the torque.
torque is proportional to current(A)- measure current at load and multiply by motor torque constant.So then based on Dr. Andrija Puharich's research on subharmonics as "future time" or reverse time power - then this makes sense in terms of torque. I had used this analogy before in terms of changing the phase of amplitude in an amplifier.
So then this is why storing the Qi back into the lower tan tien is crucial to converting the Jing into the "Yuan Jing."
So for an LED light the frequency of light is translated into volts based on the inverse of the frequency - as the wavelength of the volt junction. This wavelength is then equivalent to the wirings of a motor or brushes.
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