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The potential energy of the electron present in the ground state of ${Be}^{3 +}$ ion is represented by:

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+ \frac{e^{2}}{π ϵ_{0} r}

- \frac{e}{π ϵ_{0} r}

- \frac{e^{2}}{π ϵ_{0} r^{2}}

- \frac{e^{2}}{π ϵ_{0} r}

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detailed solution

Correct option is D

The value of potential energy;

$P E = - \frac{e \times 4 e}{4 π ε_{0} \times r} = - \frac{e^{2}}{π ε_{0} r}$

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The potential energy of the electron present in the ground state of Be3+ ion is represented by:

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The potential energy of the electron present in the ground state of ${Be}^{3 +}$ ion is represented by: