MUCH more capable than you and far more experienced in electricity and electronics than you will ever be since you believe the tripe you write.
I guess you will have to go back and learn it again, lithium-ion batteries are a type of rechargeable battery in which a lithium ion moves between the anode and cathode. The lithium ion moves from the anode to the cathode during discharge and from the cathode to the anode when charging.
Regular batteries work the same, the acid excites the atoms and ejects electrons, and the positive ions and the negative electrons have a charge that attracts each other, the current running threw the system is from this positive negative attraction, this is why you can fill a battery with water and still get a charge, instead of the acid exciting the atoms the electrical current does it when you add it to charge it by removing the covalent bonds and creating ions.
Again, Electrical tension (or voltage after its SI unit, the volt) is the difference of electrical potential between two points of an electrical or electronic circuit, expressed in volts.
In physics, the potential difference or p.d. between two points is the difference of the points' scalar potential, equivalent to the line integral of the field strength between the two points.
In physics, the field strength of a field is the magnitude of its vector value.
In theoretical physics, field strength is another name for the curvature form. For the electromagnetic field, the curvature form is an antisymmetric matrix whose elements are the electric field and magnetic field: the electromagnetic tensor.
The electromagnetic field is a physical field produced by electrically charged objects. It affects the behavior of charged objects in the vicinity of the field.
Just how dumb can you be???? "Adding electrons!" And, pray tell, just where would these added electrons originate - except from within your warped view of reality????
You just really can't grasp a thing we have been discussing where can you, sigh here it is again.
Before you read this you should be aware that even Tesla said that current is variable not a constant, I found that after i thought of my electrical system hypothesis that explains electron loss and electron transfer.
I came up with this hypothesis because we never see electrical system failure due to electron to heat transfer, or electron loss due to electrical lines breaking and losing some of it's electrons into the ground that should result in failure of the system if it where truly a closed system.
Also I suspected that because hole doping (removing electrons) aids in superconductivity, so we should have seen superconducting properties before the point of failure, we have never seen failure let alone the superconducting properties that we should see, like the ions in my cathode.
I just copied and pasted this from another site where we where discussing transmutation in my cells and the topic veered off to my electron loss or transfer hypothesis. I put the link at the bottom.
Say below we have a closed system and it's total volume is 100 electrons. and we have a battery that is empty and needs to be charged, and it's capacity is 100 electrons.
We transfer the electrical energy from the system to the battery and now our 100 electrons are in the battery and not the system, therefore the system should no longer work because it's electrons are gone.
But we never ever see this.
The electrons are coming from the exited air inside the generator between the magnets and the copper wires and being added to the system.
It is not a closed system, it is a continually feed system. Other wise it would no longer function after charging the battery because all the electrons have left the supposedly closed system.
Now on the other hand a battery is a closed system and that is why we see electron loss, and it will stop working eventually until more electrons are added to it, when we charge it we are simply just adding more electrons as we know that the electrons are not added back to the ions unless a stronger force is put on them to do so, such as a spark or pressure from inside a combustion chamber or flame, the end result being an implosion. This is because the removal of electrons increases the wave function energy of the nucleus.
A generator on the other hand is literally extracting the electrons from the air molecules by swirling the air so fast and exciting the molecules and ejecting the electrons into the copper system, that's why the system never runs out or electrons (electricity.)
Here is a pick of what I mean.
Now we add this system to a light bulb and it should not work.
So in a true closed system like using a battery we see the electron loss and we know by recharging it we are adding more electrons to it once again.
According to the closed circuit system theory we have now, even with generating systems, we should see the same thing happening with electrical generating systems as the battery closed system but we do not, there has to be electrons added to the system.
There is no other explanation for not seeing the electron loss that we should see with generating systems.
This is what I mean by as I think adding electrons to the system that should fail occasionally if it where a truly closed system from electron to heat transfer and electron loss such as a line breaking and fraping out on the ground losing its electrical potential rendering the hole system to fail do to this loss or transfer.
Quite the contrary! We both know exactly what we are talking about. It's your very own words that prove you to be the "retard" here. In addition, looking at the experiments you've claimed to have made, there are only two possible conclusions an intelligent, educated person can draw from them. Either you didn't know how to make the measurements involved OR you are simply lying through (not "threw") your teeth. Your claims are just as ludicrous as your personal nonsensical view of electricity.
Again you will have to go back and learn how batteries work, yes EMF is what I just explained to you,
Hear it is again. I put some arrows <<< in there to make it more clear for you since you have problems comprehending.
Electrical tension (or voltage after its SI unit, the volt) is the difference of electrical potential between two points of an electrical or electronic circuit, expressed in volts.
In physics, the potential difference or p.d. between two points is the difference of the points' scalar potential, equivalent to the line integral of the field strength between the two points.
In physics, the field strength of a field is the magnitude of its vector value.
In theoretical physics, field strength is another name for the curvature form. For the electromagnetic field, the curvature form is an antisymmetric matrix whose elements are the electric field and magnetic field: the electromagnetic tensor.
The (EMF>>>)electromagnetic field (<<<EMF)is a physical field produced by electrically charged objects. It affects the behavior of charged objects in the vicinity of the field.
In a battery, we just have positive ions that make the negatve electrons go threw the circuit.
In a generator it is just EMF from the magnet pushing the electrons threw the system causing volts, and of course as I think adding electrons to the system.
So again you look like a idiot for your immature comments.