Compare a bound electron that executes harmonic oscillations at an angular frequency of w 1015 rad/s with a 0.5 kg mass oscillating at a frequency of w/2π 1.0 hz. (a) what are the ground state energies in each case? express your answers in ev (electron volts) (b) compute the amplitude of oscillation in classical mechanics that gives the ground state energy in quantum mechanics. carry out the computation for each case in turn. comment on the physical significance of the results, e.g., in what way do the numbers you obtain make (or not make) physical sense?
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