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Mechanical free energy devices => mechanic => Topic started by: Low-Q on December 30, 2012, 05:45:48 PM

Title: 2013 - the year the world will see the first independent energy source?
Post by: Low-Q on December 30, 2012, 05:45:48 PM
I just wish you all a happy new inventive year in 2013.


Try the possible approach this year. Playing with conservative forces will not give birth to an infinite energy source. Just forget it - it will NEVER work!


Think WIND, SUN, WATERFALL, HEAT - whatever you'll find of free energy out there that is ready to lower your power bill.


I wish you all the best for 2013 :-)


Vidar
Title: Re: 2013 - the year the world will see the first independent energy source?
Post by: ramset on December 30, 2012, 06:26:31 PM
Vidar
Thank you ,I know you have dedicated Countless hours of your life
Helping and "trying".

  Ultimately our Sun will give us the "power",one way or another.and lately There has been something in the wind.........

All things are possible!
Keep an ear out.

May God Bless you and yours in the coming year!
Chet
Title: Re: 2013 - the year the world will see the first independent energy source
Post by: Trino Cularoid on December 30, 2012, 08:35:26 PM
Moon also: tides (ebb and flow).
Title: Re: 2013 - the year the world will see the first independent energy source?
Post by: TinselKoala on December 31, 2012, 04:01:48 AM
Tides may be "caused" by the Moon but they are "powered" by the Earth's rotation, mostly. The Earth turns daily, "under" the moon, and the bulge in the oceans that is the tide travels around the world due to the rotation of the Earth. The drag induced by the tidal bulge in the ocean and a lesser one in the Earth itself causes the rotation to slow down a little, lengthening the day. Eventually the Earth and Moon will be tidally "locked" together, just as the Moon itself is already tidally locked to the Earth, presenting always the same face. There is a huge amount of energy stored in the flywheel of the planet's rotation, though, so it will take a few years for this to happen.
So where did this energy come from then? It's leftover, or rather conserved, angular momentum from the spiraling cloud of debris that condensed into the solar system in the first place, when a supernova shockwave initiated a collapse in a cold cloud of dust and gas, itself scattered about long ago by another supernova. The Big Bang spread stuff out, stuffing the universe full of gravitational potential energy, and it's this GPE that has been "conserved" into lumps and bumps and spinning systems of all kinds.
It's turtles all the way down.
Title: Re: 2013 - the year the world will see the first independent energy source?
Post by: Trino Cularoid on December 31, 2012, 04:59:09 AM
Quote from: TinselKoala on December 31, 2012, 04:01:48 AMso it will take a few years for this to happen.
Long enough to make use of it...  ;D
Title: Re: 2013 - the year the world will see the first independent energy source?
Post by: Low-Q on December 31, 2012, 05:25:27 AM
Quote from: Trino Cularoid on December 31, 2012, 04:59:09 AM
Long enough to make use of it...  ;D
And "lucky" for us - we will be an extinct species a long time before the earth stops spinning.


Vidar
Title: Re: 2013 - the year the world will see the first independent energy source?
Post by: magpwr on December 31, 2012, 09:22:06 AM
Hi,

I think scientist have no clue why the sun could last like billions and billions of years without failing.
I'm talking about how sun could sustain reaction for so long without needing a nuclear rod.Ask yourself how long do our nuclear reactor last on new batch of nuclear rod.
The ans is found in internet.


Our earth may have gone couple of magnetic pole reversal (North,South swapped) long before any (talking monkey) existed.
No matter what happens be it huge rock from the sky or earth stop spinning.
Earth would still be here in any case excluding us in this cycle which will repeat after a long long period .
Title: Re: 2013 - the year the world will see the first independent energy source?
Post by: ace569er on February 13, 2013, 01:45:25 PM
@Vidar

I noticed that a few years back you asked a simular question to this;
If a v gate is set up in repulsion. How many and in which part(speed) of the v, counter pushing sets are needed to push to first magnet through the gate?  example:

Why did you stop seeking the answer?