Question

An electron in an orbit would emit radiation , equivalent energy possessed by the radiation associated with the electronic motion . The orbit would therefore shrink continuously . EXPLAIN​

Answer 1

Answer:

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Answer 2

Answer:

I think electrons are not actually 'revolving' around the nucleus, that was the old description we had in classical mechanics, which has been replaced by a wave function in QM. The wavefuction as you know gives the probability of finding an electron here (A) or there (B) but how it gets from A to B, I believe, we don't know, but they are certainly not travelling or orbiting in the classical sense.

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