visualization theory
View a current in a magnetic field stored by an inductor?
I find it hard to really see how an inductor saves the current in the magnetic field. I can easily see how a capacitor can store charge in an electric field, but seems to be the inductance a little more abstract. I know the theory, but wanted to know if there is a type of display on the net or if someone could of him in terms of a Lay explained that I could see what really happened.
In simple terms, the current movement of electrons in a thread. The electron kinetic energy (1 / 2) mv ^ 2 In fact, this energy manifests itself in the form of a magnetic field "Driving with the electron. This magnetic field is stored energy, will, if the electron does not move. The energy delivered "collapse magnetic field "can be used to encourage energy electrons. You can imagine how the field as an energy source In this simple case can be used. Without going into too calculating magnetic energy = KE = ∫ ∫ ∫ u ^ 2 H / 2 D (flight) for an electron. Now see "a lot" of electrons in a wire or cable profile, for example: magnetic energy = (1 / 2) L i ^ 2 for a flow electron "i" In summary, moving expenses is stored / energy according to classical electromagnetic theory. It is a bit confusing if one takes the relativistic theory in the mix. So now I give him the boot.
4 Simple Improvements in 4D Math = Unified Theory
Tags: design, science, tools, visualization, webdesign
Uncategorized | admin | 
March 30, 2009 9:29 am
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