Question 2 Consider The Hydrogen Atom And Imagine That The Proton Is A Uniformly Charged Sphere Of Radius R Rather Than 1 (25.37 KiB) Viewed 18 times
Question 2 Consider The Hydrogen Atom And Imagine That The Proton Is A Uniformly Charged Sphere Of Radius R Rather Than 2 (23.57 KiB) Viewed 18 times
Question 2 Consider the hydrogen atom and imagine that the proton is a uniformly charged sphere of radius R, rather than a point source of the Coulomb field. This indicates that the Coulomb potential has been altered as follows: 3e2 {: 8πεο (R-32) r<R V (r) = T>R Calculate the energy shift generated by this adjustment for the n=0,1=1 and n=2 states. [10] Question 2 Consider the hydrogen atom and imagine that the proton is a uniformly charged sphere of radius R, rather than a point source of the Coulomb field. This indicates that the Coulomb potential has been altered as follows: 3e? von{ { V (r) = 8πεο (R- r) r<R r>R Calculate the energy shift generated by this adjustment for the n=0,1 = 1 and n = 2 states. = (191
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