More on Beck and DC, AC, etc.

[Guest guest]

Beck's first device switched the polarity almost every second or so.

His second device, the current one, switches 8 times a second.

The switching is abrupt. No gradual rise and fall, just a sharp

spike. This is to maintain the highest levels for the longest time

instead of changing the power gradually in between the changes. It

just jumps from -Volts to Zero, to +Volts so fast it appears as a

straight line up and down on a graph. Your house current AC follows

a curving wave that is called a " sine wave " , after the number series

gotten by measuring two sides of a triangle, dividing these two

values, entering the resulting number on a graph, and then changing

the shape of the triangle then measuring and dividing again, and

putting the next numnber on the graph, over and over. " Rinse and

repeat " for those blondes. If you do this even a few times you will

begin to see a pattern on the graph that looks like a winding road.

This is the " sine " wave. There's some details left out, like " which

sides " of the triangle do you measure, and " what shape of triangle do

you use " . But that does not really change the process much.

I've just given you the basis for a course in trigonometry (tri = 3,

gon = enclosed shape, metry = to measure) trigonometry means how to

measure an enclosed 3 sided shape. That's it. Period. There's no

more, ending off now, go home, study for the quiz.

DC current just sits there and does not change in any way. If you

switch the pads every 5-10 minutes, technically you are using AC

current with a VERY slow cycle to it. It will act the same as DC on

the microbes. IF you switch every 30 seconds or so, it is still

about the same powerful effect. Once you get down to 8 times a

second, like Beck uses, you lose some effectiveness due to 2 things:

1. The reversing tends to " undo " the effect (run one way, add

electrons to microbe, reverse it, subtract electrons from microbe,

etc, tends to leave microbe in neutral state some of the time). You

are shooting your target with a spray of bullets from the left, then

from the right. Some of the bullets collide and bounce back out,

leaving the target untouched.

2. The spikes felt during the reversals tend to hurt so you turn it

down. This lowers the effect by lessening the number of electrons

hitting the microbes. You have the same number of fish in the barrel

(microbes in body) but now you have less bullets, so fewer fish get

hit.

bG