Bohr Model Radius Derivation (Electron in Uniform Circular Motion due to Coulomb Force)

[@williamvarenas2790]

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[@randywoodward5491]

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[@newlymeds7832]

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[@ruzmetovkhujabek]

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[@yashyadav2629]

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[@amanjyotibishwaprakash5171]

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[@salehayesmin9917]

Very Nice. It was really helpful to me since I am starting quantum in college

[@meirnarts]

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[@danielsammy6286]

Great derivation.

[@leclercpookie]

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[@kameyay]

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[@Noone-rm9hu]

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[@boliusabol822]

Thanks. In the Bohr model, is the radius of a shell, that of a sphere or that of a ring? So do you look at Shell n as starting where the n-1 shell finished, or starting at the nucleus?

[@sashank6142]

Underrated

[@RehamHany-i5w]

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[@dammaqechifranduga]

I thought e™ is Qp×Qe. But Qp= Z. SO, how e™×Z be used?

[@biswaditya938]

Thanks I was stuck

[@ruzmetovkhujabek]

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[@aungwin1275]

Thanks for this vedio

[@ankitakhatana4169]

Why velocity of electron decreases as we move to higher energy levels ?

[@jacobvandijk6525]

Angular momentum: L = r x p = r . m . v. Keeping L and m constant, v must decrease when r is increased.

[@nuwangiliyanage1166]

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[@caliqm2199]

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