Consider the hydrogen atom, and assume that the proton, instead of being a point- source of...

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Consider the hydrogen atom, and assume that the proton, instead of being a point- source of the Coulomb field, is uniformly charged sphere of radius R ( < < ao), so that the Coulomb potential is now modified to V(r)= 3e² -20²³ (R² - 1/1²) == r R Calculate the energy shift for n = 1, 1 = 0 state, and for the n = 2 states, cause by this modification using the wave functions given in chapter 4. Consider the hydrogen atom, and assume that the proton, instead of being a point- source of the Coulomb field, is uniformly charged sphere of radius R ( < < ao), so that the Coulomb potential is now modified to V(r)= 3e² -20²³ (R² - 1/1²) == r R Calculate the energy shift for n = 1, 1 = 0 state, and for the n = 2 states, cause by this modification using the wave functions given in chapter 4.

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