This is a follow up on my own hypothesis of how electricity is generated through Lenz's Law, i.e. What is actual process in the atom which led to giving away of electrons from metallic atoms?
Now I am going to lay down yet-another-hypothesis on how that is happened. I am doing so because in previous theories I have consider only the mechanism inside an atoms, but have forgotten one important characteristic of metallic atoms is a layer of electrons that is free to move anywhere in the metal. What happen if we take that into consideration?
If we have taken that into consideration, then we can assume all the electricity that is supplied by the generation process must come from the free electrons. As magnetic flux enter the metallic atoms, all electrons including the outlying electrons which is in contact with the free electrons would spin in the direction perpendicular to the magnetic flux. Then as outlying electrons of those atoms accelerate or decelerate their spin, it would interact with the free electrons so they are accelerate or decelerate in the opposite direction. As the free electrons take away the kinetic energy from the outlying electrons(presumably to maintain themselves in the orbit), there is momentarily slowing down that of the outlying electrons, which is how Lenz’s Law operate in the microscopic level. And also the tendency of those free electrons to preserve their angular momentum is the microscopic mechanism of how Lenz's Law operate.
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