Take us to the next step...
The problem is that you aren't resolving the "free energy" problem. You are working with a lossy system that feeds the output back into the input (soething that's regularly done in electronics). Except that, unlike a circuit that utilizes the efficiency gained as a way to reduce overall power consumption, your setup merely circulates the electricity until the battery finally discharges. I suppose one could rationalize that, if the experiment were done on a cold day, the heat generated during battery discharge could be used to heat the room but, other than that, what's the point?
I mean it's good that you are curious enough to try this (heaven knows I've built plenty of stuff that didn't work just to see what would happen) but, I don't think this one will ever get you any closer to you over-unity dream. If your joy is dinking around with high school level, DC basics and a dream...continue. If you'd prefer to do something practical and useful with electronics, you might want to try something else.
The reason we're not particularly interested in trying out your experiment for ourselves is that we already know what will happen and prefer to do something that will challenge us a bit more than draining the charge from a battery.
To me the motor was pretty much irrelevent. It just pointed me in the direction of investigating how batteries charged and which loads actually consume power when placed in series with a charging battery. You can try the experiment yourself. However, plan on spending a large part of a day doing the load testing also to verify you have stable results. I would say it would take at least 8 charge and discharge cycles to be pretty confident the results are stable.
The problem is that you aren't resolving the "free energy" problem. You are working with a lossy system that feeds the output back into the input (soething that's regularly done in electronics). Except that, unlike a circuit that utilizes the efficiency gained as a way to reduce overall power consumption, your setup merely circulates the electricity until the battery finally discharges. I suppose one could rationalize that, if the experiment were done on a cold day, the heat generated during battery discharge could be used to heat the room but, other than that, what's the point?
I mean it's good that you are curious enough to try this (heaven knows I've built plenty of stuff that didn't work just to see what would happen) but, I don't think this one will ever get you any closer to you over-unity dream. If your joy is dinking around with high school level, DC basics and a dream...continue. If you'd prefer to do something practical and useful with electronics, you might want to try something else.
The reason we're not particularly interested in trying out your experiment for ourselves is that we already know what will happen and prefer to do something that will challenge us a bit more than draining the charge from a battery.