http://www.powerBlueprint.net
Magnetic FREE energy device that generates free electric energy for your home, to find out how this has been done visit: http://powerBlueprint.net
Cut your expenses, lower bill, low cost, lower costs and bills. A blueprint for building magnetic decvice that generates free power energy for home.
Duration : 0:4:3
Interesting propaganda from ABC.
Planet at Risk: Experts Warn Population Growth, Resource Depletion, Climate Change Could Bring Catastrophe in Next Century
It’s an idea that most of us would rather not face — that within the next century, life as we know it could come to an end. Our civilization could crumble, leaving only traces of modern human existence behind.
It seems outlandish, extreme — even impossible. But according to cutting edge scientific research, it is a very real possibility. And unless we make drastic changes now, it could very well happen.
Experts have a stark warning: that unless we change course, the “perfect storm” of population growth, dwindling resources and climate change has the potential to converge in the next century with catastrophic results.
In order to plan for the worst, we must anticipate it. In that spirit, guided by some of the world’s experts, ABC News’ “Earth 2100,” hosted by Bob Woodruff, will journey through the next century and explore what might be our worst-case scenario.
But no one can predict the future, so how do we address the possibilities that lie ahead? Our solution is Lucy, a fictional character devised by the producers at ABC to guide us through the twists and turns of what the next 100 years could look like. It is through her eyes and experiences that we can truly imagine the experts’ worst-case scenario — and be inspired to make changes for the better.
For more information on the climate change war game featured in Earth 2100, click HERE.
The Future: It’s Nearer Than We Think
By 2015, there are expected to be hopeful signs. Experts predict alternative energy solutions that are currently in their infancy will gain momentum. Windmills may sprout up everywhere. Off the coast of Scotland, a sprawling wave farm will harvest renewable energy from the ocean. Vatican City will meet all of its energy needs with solar power. And the U.S. will produce cleaner, more fuel efficient vehicles in accordance with newly unveiled emissions guidelines.
But will it be enough? In 2015, global demand for fossil fuels could be massive and growing, but experts say oil will be harder to find and far more expensive to consume.
“We have no new source of energy on the horizon that’s currently capable of being developed on a large enough scale to replace the supply of oil in any near- term framework,” says Michael Klare, professor of peace and world security studies at Hampshire College.
If the cost of gasoline skyrockets, few may be able to afford to maintain the lifestyles to which we’ve grown accustomed. There may be a mass exodus from the suburbs, as driving gas-fueled cars becomes nearly impossible economically. But will that convince us to change our ways?
“Until we have a crisis of some kind, I don’t think we’re going to be motivated to make the really deep changes in the way we use energy, the technologies we use, the density of our cities, our travel patterns,” says Thomas Homer-Dixon, a political science professor and author of “The Upside of Down.”
Duration : 0:10:0
Shai Agassi, founder and CEO of Better Place, his company is working on creating sustainable transportation systems. Hes teamed up with Renault-Nissans Carlos Ghosn to transform Israel into an electric car Mecca and hes working with other governments around the world to forge public/private partnerships that will tackle the transportation side of climate change You can follow his ambitious plans on his blog, The Long Tailpipe.
Duration : 0:9:58
salt water motor free energy for the eternity john kanzius magnetic motor gratis energia renovable gratis agua infinita
Duration : 0:5:11
recorded on August 22nd 2009
jim puplava financial sense
Matt Matthew R. Simmons michael jackson
http://www.simmonsco-intl.com
the state of Maine ME sustainability
renewable energy oxymoron offshore giant large wide wind turbine farm ocean energy
nuclear plant electrolysis liquid ammonia NH3 golf bed deep water
United States Senator Susan M. Collins Chellie Pingree Congress John Baldecchi
barnett shale gas field natural carbon footprint megawatt MW crude oil price glut epa toxic aquifer
silicon valley salt drilling rigs Cape Cod nantucket bullion silver gold old dutch windmill Barack Hussein Obama II Barry Soetoro
Duration : 0:8:42
http://Water4GasSystems.net -
The Science Behind Hydrogen Hybrid Cars - The Equations of Electrolysis
In The Science Behind Hydrogen Hybrid Cars - The Electrolysis of Water we discussed the basic composition of a hydrogen fuel cell and how it works, now let’s look at the actual scientific equations of the process. (This gets a little advanced so pull out your old chem. books
At the negatively charged cathode (electrode plate) in the water of your hydrogen cell car, a reduction reaction happens. The electrons (e−) from the cathode cross over to hydrogen cations (positively charged ion that’s attracted to a negative electrode in an electrolyte) that then form the hydrogen gas, (half the reaction balanced with acid):
Cathode (reduction): 2H+(aq) + 2e− → H2(g)
On the positively charged anode (electrode plate) in the water of your hydrogen cell car, an oxidation reaction happens. This produces oxygen gas and gives electrons to the cathode to complete the circuit:
Anode (oxidation): 2H2O(l)→O2(g) (+) 4H+(aq) (+) 4e−
You can balance these half reactions in your hydrogen cell car with a base like those listed below. You don’t have to balance all of these half reactions with a base or acid although many like the improvement of the reduction or oxidation of the water. For half reactions, they both must balance with either base or acid:
Cathode (reduction): 2H2O(l) (+) 2e− → H2(g) (+) 2OH−(aq)
Anode (oxidation): 4OH−(aq) → O2(g) (+) 2H2O(l) + 4e−
You can combine either of these half reactions to get the same total breakdown of water into hydrogen and oxygen:
Overall reaction: 2H2O(l) → 2H2(g) (+) O2(g)
As stated before you’ll get twice the number of hydrogen molecules, as you will oxygen molecules. If everything is equal like the pressure and temperature for both gasses, the hydrogen produced will have twice the volume of the oxygen. Therefore, the number of electrons that push through the water will be double the number of hydrogen molecules generated and four times as many as the number of oxygen molecules
If we look at the thermodynamics of the electrolysis in you hydrogen cell car, we see that normal temperatures and pressures don’t produce the best results. Based on the “Nernst Equation” the normal potential for the fuel cell is:
-1.23 V at 25°C at pH 7 (H+ = 1.0×10-7 M) or -1.23 V at 25°C at pH 0 (H+ = 1.0 M)
The negative voltage shows that the energy for the electrolysis of water is more than zero. This is shown using the G=-nFE equation from the kinetics of chemicals, where “n” equals the moles of electrons and “F” equals the Faraday constant. This reaction won’t happen without the added energy, usually from an outside power source.
Please stay with us for The Science Behind Hydrogen Hybrid Cars - Electrolytes and Electrolysis when we’ll talk more about how the electrolytes affect the process in your hydrogen cell car.
Sam Geo is a fellow hydrogen hybrid cars enthusiast sharing his new found research with the world
The Science Behind Hydrogen Hybrid Cars - The Equations of Electrolysis
Duration : 0:3:54
Nine songs from south park.
Songs
#1 hybrid car song
#2 Third grade
#3 you’ll be in me
#4 My wishing tree
#5 Lets ride the train
#6 Lets make it right
#7 Sea people and me
#8 Poo Choo Train
#9 Kyle’s mom is a
Duration : 0:7:51
Nine songs from south park that are really good.
Songs
#1 hybrid car song
#2 Third grade
#3 you’ll be in me
#4 My wishing tree
#5 Lets ride the train
#6 Lets make it right
#7 Sea people and me
#8 Poo Choo Train
#9 Kyle’s mom is a
Duration : 0:7:52
Imagine a world in which we use inedible waste food products to run our cars and meet our energy needs. Researchers at The University of Nottingham are leading a BBSRC funded research centre looking into the production of biofuels from sustainable sources.
Duration : 0:7:45
