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(a) Although the helium atom is not H-like, use the Bohr formula for H-like helium anyway to esti...

(a) Although the helium atom is not H-like, use the Bohr formula for H-like helium anyway to estimate the ionization energy of helium. (b) The measured ionization energy of helium is 24.6 eV. Suppose that the difference between this number and the number you computed in part (a) comes entirely from the Coulomb repulsion between the two electrons. Use this assumption to estimate the average distance between the two electrons (in Angstroms) in helium’s 1s shell.

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