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      Use results of problem [2] to find the minimum value of $V_0$ required  to confine an electron inside the nucleus. Take $Z=40$, $ A=64$ and use  radius of nucleus $\approx R_0 A^{1/3}$, where $R_0=1.2 \  \mbox{fm} $,  to estimate the numerical value of the potential required to confine the  electrons inside the nucleus. Compare this with the electrostatic
potential energy of the electron at the surface of the    nucleus.

 

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