??? 03/15/07 03:17 Modified: 03/15/07 03:20 Read: times |
#135024 - What do you think? Responding to: ???'s previous message |
Joseph said:
Thus, for a capacitor to be charged it is necessary that electrons be physically removed from one plate and added to the other. But they need not actually to be removed from the plate, it's enough to remove them from an nearly infinitely thin layer directly on the surface of plate, from where the electric field originates, which makes the two plates forming a "plate capacitor". Am I right? How thin is this layer and how fast can the imbalance be generated? Are there as many electrons as I mentioned to allow the layer to be that thin? And is the inertia of electrons as small as I mentioned to be able to generate the imbalance that fast? Kai |