Perpetual Motion Holder
Dave Nelson's Commentary on Leedskalnin
Tips for the Rocket People
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Decoding Ed's Writings
FYI i've just successfully upgraded server hardware, actually doubled the RAM memory and SDD (storage) size.
The Bell & Clapper
edited January 2015
is the bell's clapper the same shape as the sign/symbol on the cover of Magnetic Current book?
Jacked that from 144, thanks JS
So it's let's say similar, but only half way there
edited January 9
This shape iron, works well if you point two of them ~>
Why there is a iron coil around a copper rod. The copper rod acts like a spring. The electric current will take the path of least resistance.
A metronome is a device that produces an audible beat—a click or other sound—at regular intervals that the user can set in beats per minute. Musicians use the device to practice playing to a regular pulse.
This is another reason the iron coil is there. Adjusting the position I can change the swing time of the copper rod. The copper alone blocks the magnetic field.
This length of copper pipe. First beaten flat. Then beat around a iron rod. The copper pipe, becomes a copper spring. This always gets me thinking of the illegal distillery condenser's. Seal both ends then wrap around a form. Then the tube won't collapse while bending. This has me curious as to what would happen if one end of the coil is capped and the other end left open. Will it move air as the coil is collapsed then springs back? Tiggers are made of rubber and their tails are made out of springs.
Tiggers are cuddly fellas
Tiggers are awfully sweet
Ev'ryone el-us is jealous
That's why I repeat...and repeat
Oh, the wonderful thing about Tiggers
Is Tiggers are wonderful things!
Their tops are made out of rubber
Their bottoms are made out of springs!
They're bouncy, trouncy, flouncy, pouncy
Fun, fun, fun, fun, fun!
But the most wonderful thing about Tiggers is
I'm the only one
I-I-I'm...the only one! Rrrrow!
Listen to the reverb on this bell. Notice the clacker from the outside. They will crack if you hit them to many times at the right time. How do you even heat that much metal to pour a bell that big?
Anyways what I got running so far.