Problem #1 (e From Scherrer's textbook Problem 1.16: Assume that the attractive force between the electron and the proton in the hydrogen atom follows an arbitrary power law of the form F = kr for 3-1 and k a constant. Use Bohr's quantization rule for the angular momentum to show that the energy levels in the hydrogen atom are given by: 3+1/3+3 ħ²n² E = ²/443 (½- m This formula gives an absurd answer when 3 = -3; why? B+1

Problem #1 (e From Scherrer's textbook Problem 1.16: Assume that the attractive force between the electron and the proton in the hydrogen atom follows an arbitrary power law of the form F = kr for 3-1 and k a constant. Use Bohr's quantization rule for the angular momentum to show that the energy levels in the hydrogen atom are given by: 3+1/3+3 ħ²n² E = ²/443 (½- m This formula gives an absurd answer when 3 = -3; why? B+1