Nice example of current.
You are using current and voltage. What we are talking about is only using voltage to form channels for ambient charges or current to flow through. It is what we refer to splitting the positive. But it is a good example of magnetic induction. The magnet raises the potential to a higher level. Now try this one. Have parallel rings with identical setups like you have. Only put a magnet in boost mode on one ring. Then hook a load in between the two halves of that parallel circuits.
Anyone care to guess what will happen? Would the load see a potential difference? Would the amp draw go higher?
Let me know it would be an excellent experiment.
When one splits the voltage from the current the voltage becomes like a vacuum. It makes it very hungry for the charges flow or current and will attract the charges like creating a depression in the space around it. This is like what happens in nature when a low pressure moves across the face of the earth. This low pressure has an abundance of the dielectric in it and has a lower amount of charges in it due to the high dielectric count. This causes the charge heavy areas to flood in a bit from the edges causing a movement from high to low. This is also what is responsible for wind and our weather patterns. Specifically storm activity. With the eye of that being the inlet to a great conduit of charges flowing twords the earth. As the conduit gets bigger it attaches to our core and gets a small spin from it. Giving it great destructive power from it. Of course the sun has a bit with it also but I think that would be obvious. Take from that what you will.
You are using current and voltage. What we are talking about is only using voltage to form channels for ambient charges or current to flow through. It is what we refer to splitting the positive. But it is a good example of magnetic induction. The magnet raises the potential to a higher level. Now try this one. Have parallel rings with identical setups like you have. Only put a magnet in boost mode on one ring. Then hook a load in between the two halves of that parallel circuits.
Anyone care to guess what will happen? Would the load see a potential difference? Would the amp draw go higher?
Let me know it would be an excellent experiment.
When one splits the voltage from the current the voltage becomes like a vacuum. It makes it very hungry for the charges flow or current and will attract the charges like creating a depression in the space around it. This is like what happens in nature when a low pressure moves across the face of the earth. This low pressure has an abundance of the dielectric in it and has a lower amount of charges in it due to the high dielectric count. This causes the charge heavy areas to flood in a bit from the edges causing a movement from high to low. This is also what is responsible for wind and our weather patterns. Specifically storm activity. With the eye of that being the inlet to a great conduit of charges flowing twords the earth. As the conduit gets bigger it attaches to our core and gets a small spin from it. Giving it great destructive power from it. Of course the sun has a bit with it also but I think that would be obvious. Take from that what you will.
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