a. Calculate the orbital radius and the speed of an electron in both the (n=99) and the
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a. Calculate the orbital radius and the speed of an electron in both the \(n=99\) and the \(n=100\) states of hydrogen.
b. Determine the orbital frequency of the electron in each of these states.
c. Calculate the frequency of a photon emitted in a \(100 \rightarrow 99\) transition.
d. Compare the photon frequency of part \(\mathrm{c}\) to the average of your two orbital frequencies from part \(b\). By what percent do they differ?
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College Physics A Strategic Approach
ISBN: 9780321907240
3rd Edition
Authors: Randall D. Knight, Brian Jones, Stuart Field
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