Question: The energy required to remove the outermost electron from a boron atom is 8.26 eV. As an approximation, you can model the quantum state of

The energy required to remove the “outermost” electron from a boron atom is 8.26 eV. As an approximation, you can model the quantum state of this electron as that of a single electron in a hydrogen atom, but with an “effective” charge on the nucleus that is different from the charge of a single proton (+e) as found for a real hydrogen atom.

(a) Use the Bohr model to estimate the effective charge seen by this electron.

(b) Estimate the average orbital radius for this electron.

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