ENERGY AMPLIFICATION

[Tito L. Oracion]

Tell that to the 80 year old lady down the street, or doesn't she matter ?

Well,


in that case i agree with you bwahhahahahahhahahahhahahhahahahhaahaha


you made me laugh


and because of that here is my important tip: There should be two caps, the collector caps should be big microfarad and acting as the battery and 2nd caps should be at least 5-11 microfarad and acting as the running capacitor and serve as a protector kunsintindor. 
The running capacitor should discharge fully when discharge and charge fast when charging when there is saging ang matsing ok?. 
That is to get the real kick of induction in question de cunsumission!

[d3x0r]

Greetings buddies    Was playing with falstad and forward/backward EMF






http://www.overunity.com/14134/forward-emf-collection/msg404911/#msg404911  (and the message above has other notes)

[CuriousChris]

So very wrong! 
whats wrong if we do it once a week lifting it by our own muscles,
The benefits are good body workout etc. 

Once a week? Yeah right. You really need to learn to understand what you are talking about before putting your foot into it

Lets do some simple math shall we?

How much weight would you need to lift to power the average household for a day?

If you use on average 18Kwh of electricity per day (fairly typical) that's less than 1kwh per hour (if you use a clothes drier and electric hot water it will probably be greater).

That comes out to 64Mj of energy (per day)

Now a 1 kg weight has about 9.82j of potential energy when lifted 1 metre (m*g*h = 1kg*9.82m/s*1m)

Simple math shows that you would need to raise 6.5Ktonne 1 metre to supply a days worth of power, assuming a 100% efficient conversion of potential energy to electricity.

That may astound you ( I was surprised myself ) but remember the higher the weight the more potential energy it has so we can reduce the weight by increasing the height.

But this tradeoff doesn't mean you can use less energy by lifting it higher, we use exactly the same amount.

So how high would I have to lift 1Kg weight for it to have enough kinetic energy to power a house for a day?

The formula is the same as above, we just change a couple of things. j=m*g*h
To calculate for height we change it to h = j / (m*g) = 64Mj/(1kg*9.82) = ~6,500,000M or 6,500Km

Of course its much harder in the REAL WORLD were I live, in your world I am sure this is a trifling problem.

I have attached an excel spreadsheet for you to play with.

Now I will leave it to you how high or how much weight you need to lift to supply your weeks worth of energy.


NOW HERE IS THE REAL LESSON SO DON"T IGNORE IT>>>>

Do Not Trust what I have said above. FIND OUT YOURSELF!!!!!!!!!

Sorry to shout but this is the most frustrating thing of all. People on this forum DO NOT THINK for themselves they hear someone sprouting absolute BS (like solar panels suck energy from the sun) and stupidly do not question it.

QUESTION EVERYTHING!

[Dave45]

Greetings buddies    Was playing with falstad and forward/backward EMF






http://www.overunity.com/14134/forward-emf-collection/msg404911/#msg404911  (and the message above has other notes)

Hey
Interesting circuit, I wanted to see if the circuits would link up, placed a led between the two recovery caps and it will link.
Keep us informed,

[NickZ]

  quote:
   "There should be two caps, the collector caps should be big microfarad and acting as the battery and 2nd caps should be at least 5-11 microfarad and acting as the running capacitor and serve as a protector kunsintindor.  (http://www.overunity.com/Smileys/default/grin.gif)
The running capacitor should discharge fully when discharge and charge fast when charging when there is saging ang matsing ok?.
That is to get the real kick of induction in question de cunsumission!"

                          end quote.

   Tito:  Thanks for the tip.  But, what is saging ang matsing, Ok?