Bohr's atomic theory predicted energy levels for hydrogen of En = -(2 ?2 k2 e4 m)/(hn)2. If instead we place 1 electron in "orbit" about a bare nucleus of atomic number Z, how do you expect Z to be incorporated into the En formula and why?
What will be an ideal response?
The attractive force is k(Ze)e/r2 instead of k e2/r2. So replace e2 by Ze2 in the Bohr predictions: En = -(2 π2 k2 Z2 e4 m)/(hn)2
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