White spots in the theory of electricity
White spots in the theory of electricity

Video: White spots in the theory of electricity

Video: White spots in the theory of electricity
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Well, here we come to the second series about electricity. In the first part, there was a quote that raised doubts among many. Especially for skeptics, we give a direct speech. It is definitely not worth joking about the mental abilities of a scientist of this magnitude. But to express respect for the fact that he dared to speak out openly is definitely necessary. After all, you don't hear this every day from the dinosaurs of science who write textbooks for us.

By the way, about the textbooks. In the first part, there were several experiments on electrostatics, but few paid attention to the fundamental contradiction. In any physics textbook, you can find an example of how static electricity occurs when you rub a woolen cloth on ebonite. It is literally written as follows: electrons flow from this woolen cloth onto ebonite. An excess of these electrons charges the ebonite negatively. Everything seems to be clear and obvious. But what about the fact that ebonite is a dielectric? Literally a few pages later, in the same textbook, we learn that the electrons in the atoms of dielectrics are firmly held in place and cannot move. What then do we observe when we rub this unfortunate pipe with a woolen cloth? This contradiction is confirmed by the experience on the location of the charge in the capacitor, which we showed in the last video (the first part of this series is just below).

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