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Physics
Classical Physics
Electromagnetism
Decompose the E field into conservative and non-conservative parts
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[QUOTE="alan123hk, post: 6826825, member: 638884"] You said that this circuit does not comply with KVLl, I respect your opinion. But I think I'm using KVL to analyze it. Whether I'm particularly interested in this circuit is beside the point. I use this circuit as an example to illustrate the application of "split Electric fields". I don't understand why many people think this method is unnecessary or not useful. I think that "split Eletric field" means considering that the electric field is a combination of two different fields Ev and Ea, and use it to help solve problems when need. Does the article in this [URL]http://kirkmcd.princeton.edu/examples/lewin.pdf[/URL] also mention using KVL and splitting E into Ev and Ea to handle the problem? Maybe it is unnecessary in advanced math models, but I think it can be useful in practice, at least for those who are not good at advanced math. [/QUOTE]
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Physics
Classical Physics
Electromagnetism
Decompose the E field into conservative and non-conservative parts
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