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Topic: Bohr theory and radius of orbits  (Read 3349 times)

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UOIT

  • Guest
Bohr theory and radius of orbits
« on: October 22, 2007, 12:53:38 PM »
Hi, anyone have any idea what I am suppose to do here. I dont quite understand this question. Thank you in Advance.

We now know that for the 1s state of H atom, the radius of the lowest orbit predicted by the Bohr theory equals the most likely distance of the electron from the nucleus. Check if you can give even more credit to that theory - are there other states (among those with n=2 and 3) with the same property: their Bohr-orbit radius reproduces the most likely electron-proton distance for this state? If yes, compare the probabilities for the electron to be inside or outside the corresponding Bohr orbit for those states, and find out if these probabilities are the same as for the 1s state

UOIT

  • Guest
Re: Bohr theory and radius of orbits
« Reply #1 on: October 22, 2007, 11:14:35 PM »

Any takers!!! It seems hard..could someone please help me  ;D

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