GEM=(Geometrical Electricity Multiplication)

[that_prophet]

what I happen to be doing is thrugh pulley mechanics I was trading one rotation of a large pulley for 1000 rotations of a 10 small pulleys,,, + with AC electricity, this can be very significant. the more rotations the more AC cycles of electricity

What you are doing with the 100 cm circumference pulley and couple it to a 1 cm circumference pulley with a belt is to achieve a gear ratio 100/1.
What is this gear ratio doing?
Well, it will make the 1 cm circumference pulley take 100 revolutions while the 100 cm circumference pulley takes one.
Not only that. The torque you measure at the 1 cm circumference pulley is 1/100th of the torque on the 100 cm circumference pulley.


If you multiply the gear ratio with the torque ratio, you get a total energy gain of (100/1)x(1/100)=1. If you put a million lossless systems in series, you still got an energy gain of 1 - because 1x1x1x1x1x1x1x1x1x1.....(a million times)=1.


Vidar

[that_prophet]

what I happen to be doing, is using simple pulley mechanics,
to change 1 rotation of a large 100 cm circumference pulley,
into 100 rotations of a 1 cm circumference pulley,
+ thereby multiplying the amount of AC electricity.
By simply adding a belt to connect these two pulleys,
and by simply adding 10 1 cm pulleys with AC generators, 
we could multiply the total # of rotations to 1000
giving us 1000 cycles of AC electricity,,,
all for the cost of only a small amount of DC electricity.
(one "spark", small amount of DC current)

(this works because it does not cost 100 time more electricity )
( to rotate a 100 cm circumference pulley, compared to a 1 circumference pulley)
(yet the 1 cm pulley rotates 100 times as much)
( which is significant when talking about AC electricity )
( giving you back 100 cycles of AC electricity, if you add an AC generator )
YOU ARE PAYING FOR 1 ROTATION + GETTING BACK 100,,, OR 1000,,, OR MORE
by simply using pulley mechanics

[Paul-R]

YOU ARE PAYING FOR 1 ROTATION + GETTING BACK 100,,, OR 1000,,, OR MORE
by simply using pulley mechanics

You are talking utter crap, that_prohet.

Does it not concern you that not one single person on this forum agrees with you?

[that_prophet]

Hello massive

Re: GEM=(Geometrical Electricity Multiplication)
« Reply #6 on: January 23, 2017, 10:20:54 PM »
•   Quote
"thereby multiplying your AC electricity"
no multipling frequency .... to power what ?   USA runs on 50hz

I say multiplying your AC electricity because every time you rotate your mini-pulleys with AC generators attached, you multiply your AC electricity by one more cycle.
Sorry, but I don't talk about time at all, so I don't use RPM. I just know how many revolutions that I will get, but I do not know how much time it was taking
+ I thought USA ran on 60hz

" (the small pulleys do not take any torque to rotate, as they are just winding up massive voltage, as it only needs to generate one spark,(practically zero) of current)= to drive your input DC motor"
DC motors dont run on "sparks"  , is a spark an electrical quantity ?

I say spark because it only takes one spark of current to rotate the DC motor one time, with a 100 centimeter circumference pulley attached
Ok, let's start calling it one small cycle of current = (the small amount of current that it takes to rotate the DC motor once)

a spark across a gap is current , practically NOT zero , have you seen commutator bars and brushes after there has been "sparks" ?
one_christian_warrior / that_prophet   ,  the devils got ya in the head and you wont wake up 

yes, I know that a spark causes arching, which is bad for any motor
I mean the small amount of current that it takes to rotate a DC motor once

[that_prophet]

What you are doing with the 100 cm circumference pulley and couple it to a 1 cm circumference pulley with a belt is to achieve a gear ratio 100/1.
What is this gear ratio doing?

I be multiplying my AC electricity by 100
paying for only one rotation of the 100 cm circumference
+ gaining back 100 cycles of AC electricity

Well, it will make the 1 cm circumference pulley take 100 revolutions while the 100 cm circumference pulley takes one.
Not only that. The torque you measure at the 1 cm circumference pulley is 1/100th of the torque on the 100 cm circumference pulley.
If you multiply the gear ratio with the torque ratio, you get a total energy gain of (100/1)x(1/100)=1. If you put a million lossless systems in series, you still got an energy gain of 1 - because 1x1x1x1x1x1x1x1x1x1.....(a million times)=1.
Vidar

NO,,, IT DOES NOT COST 100 TIMES THE TORQUE TO ROTATE THE 100 cm CIRCUMFERENCE PULLEY
YET you can get 100 times the rotations