If radius of the $._{13}^{27} A l$ nucleus is taken to be $R_{A I}$ , then the radius of $._{53}^{125} T e$ nucleus is nearly

(\frac{53}{13})^{\frac{1}{3}} R_{A l}

\frac{5}{3} R_{A l}

\frac{3}{5} R_{A l}

(\frac{13}{53})^{\frac{1}{3}} R_{A l}

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If radius of the

._{13}^{27} A l

nucleus is taken to be

R_{A I}

, then the radius of

._{53}^{125} T e

nucleus is nearly

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Question Text

If radius of the

._{13}^{27} A l

nucleus is taken to be

R_{A I}

, then the radius of

._{53}^{125} T e

nucleus is nearly

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