anakpawis, one of the things you keep forgetting is that no matter what video you post, the fact remains that splitting water into H and O requires the SAME energy that you get back when you combust it. That's not debatable. That's as factual as 1+1=2.
Think of it this way. (and I think I recall making this distinction in this thread before, but there are 17 pages now
). Imagine two magnets stuck together. There is potential energy in their bond, but no kinetic energy. This represent the bond between H and O in water. In order to separate the two magnets (separate the H and O) you must exert a force, which we will value as X. So, once you've separated the H and O, you've expended, used, wasted, or otherwise discarded X amount of energy. So, when you combust H and O, you get X energy back. Period. It takes as much energy to separate it as you get back when it rejoins during combustion. Period.
Let's say you want to make a machine where the power comes from magnets that attract each other. If you want it to work you have to keep separating the magnets. Since the attraction is equal to the force it requires to separate them, you get zero net energy. Now, think of the losses involved. You personally would have to separate the magnets or buld a machine to do it for you. The result would be that you're spending MORE energy than you get back.
Asking a balanced chemical equation to give you free energy is like asking a swingset to hold you in the UP position AND have the spare energy to give you a blow job WITH a taint rub. Its not gonna happen... and I've been on a LOT of swingsets.