Consider a charged particle in the one-dimensional harmonic oscil- lator potential. suppose we turn on a weak electric field (e) so that the potential energy is shifted by an amount h' -qex (a) show that there is no first-order change in the energy levels, and calculate the second-order correction. hint: see problem 3.50. (b) the schrödinger equation can be solved exactly in this case by a change of variables: xx-(qe/mw2). find the exact energies, and show that they are consistent with the perturbation theory approximation
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A58-kg boy swings a baseball bat, which causes a 0.140-kg baseball to move toward third base with a velocity of 38.0 m/s.
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How does the electric potential energy between two charged particles change if one particle is reduced by a factor of 3? a. increased by a factor of 3 b. it is decreased by a factor of 9 c. it is reduced by a factor of 3 d. it is increased by a factor of 9
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Consider a charged particle in the one-dimensional harmonic oscil- lator potential. suppose we turn...
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