Why Electrons Don't Radiate in h/2π Orbits

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Electrons in h/2π orbits do not radiate energy because they are conceptualized as standing waves around the nucleus, as initially described by the Bohr model of the atom. This model suggests that instead of viewing the electron as a particle in motion, it is better understood as a wave that maintains a stable energy state without emitting electromagnetic radiation. Quantum Mechanics later refined these ideas, addressing limitations of the Bohr model. The discussion also touches on the concept of standing waves, which are crucial for understanding quantum mechanics, with examples like the square well problem illustrating these principles. Understanding these concepts is essential for grasping the behavior of electrons in atomic structures.
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Why is electron rotating in h/2pi orbit does not radiate energy
 
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We don't look at the electron as a particle rotating the nucleus instead we say its a standing wave surrounding the nucleus as first described in the Bohr model of the atom.

http://en.wikipedia.org/wiki/Bohr_model

and as such doesn't radiate electromagnetic radiation. Later Quantum Mechanics refined it further explaining things that the Bohr model failed at.
 
Can you tell me what is standing waves with example i am studying my 11 the standard I can't understand it
 
Thank you
 

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