Pulsed DC Transformer with Embedded Magnets

[chrisC]

Dear Tink,

.... This old man is still waiting for UCI or another establishment to come up with two oscilloscopes to test the working prototypes from Hong Kong!

...

The problem exists between your ears, not about oscilloscopes!

cheers
chrisC

[ramset]

.

[ltseung888]

The theoretical explanation of sound resonance of tuning forks according to the Lead-out or Bring-in Energy theory

1.   Let us assume that when we strike one tuning fork on a resonance box, other identical tuning forks will react in sympathetic vibrations.  They will resonate together, the resulting sound will be louder and lasts longer.

2.   The louder and lasting longer sound means more energy in the resonating tuning forks.  Where does this extra energy come from?

3.   According to the Law of Conservation of Energy, energy cannot be created nor destroyed.  The extra energy must come from the surrounding.  This is the essence of the lead-out or bring-in energy theory.

4.   In the Lead-out or Bring-in energy theory, a pushed pendulum will bring-in gravitational energy.  Two parts horizontal energy can bring in one part of vertical (or gravitational) energy.  A tuning fork is similar to a pendulum.

5.   When a tuning fork is first struck with a hammer, a certain amount of muscle energy is turned into the vibration energy.  The first vibrating tuning fork moves the air, sending pulsing sound waves.

6.   These pulsing sound waves act on other identical tuning forks.  Gravitational energy is again bought-in.  The total energy of the system of tuning forks can be greater than the initial striking energy.  This explains the louder and longer sound.

7.   Since energy is continuously transmitted to air, the sound will die down eventually. 

[ltseung888]

More potential tuning fork suppliers on-line.

[The Observer]

LT,

My take.

1. A Louder Sound is the result of the second fork ringing also. (the extra energy comes from the fork)

2. A Longer Sound is the result of Feedback. (first and second fork's vibrations feed off each other)

3. The air is      a Carrier of vibrational energy       in the case of the tuning forks         (the air is Not Resonating).
   * In an Acoustic Guitar, the air is what is Resonating, therefore the extra energy does come from the air in this case.

4. That which Resonates, is storing vibrational energy.
    * The more energy something can store... the more extra energy it shows us.
    * A large tuning fork rings louder than a small tuning fork from the same input.

Best Regards,
                    The Observer