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answerhappygod
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- = { } Exercise 4.16 A ball of mass m = 0.2 kg bouncing on a table located at z = 0 is subject to the potential V. V(3) (< < 0), mgz (> 0), where Vo = 3 J and g is the acceleration due to gravity. (a) Describe the spectrum of possible energies (i.e., continuous, discrete, or nonexistent) as E increases from large negative values to large positive values. (b) Estimate the order of magnitude for the lowest energy state. (e) Describe the general shapes of the wave functions yo(s) and y1 (3) corresponding to the lowest two energy states and sketch the corresponding probability densities.
- = { } Exercise 4.16 A ball of mass m = 0.2 kg bouncing on a table located at z = 0 is subject to the potential V. V(3) (< < 0), mgz (> 0), where Vo = 3 J and g is the acceleration due to gravity. (a) Describe the spectrum of possible energies (i.e., continuous, discrete, or nonexistent) as E increases from large negative values to large positive values. (b) Estimate the order of magnitude for the lowest energy state. (e) Describe the general shapes of the wave functions yo(s) and y1 (3) corresponding to the lowest two energy states and sketch the corresponding probability densities.