If the electronic configuration of M^{3+} is | vedclass

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(A) The electronic configuration of $M^{3+}$ is given as $[Xe] \ 4f^3$. We analyze the $M^{3+}$ configurations for the given options: $(A)$ $Nd^{3+} (

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$Nd^{3+}$

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(A) The electronic configuration of $M^{3+}$ is given as $[Xe] \ 4f^3$. We analyze the $M^{3+}$ configurations for the given options: $(A)$ $Nd^{3+} (Z=60): [Xe] \ 4f^3$ $(B)$ $Pr^{3+} (Z=59): [Xe] \ 4f^2$ $(C)$ $Sm^{3+} (Z=62): [Xe] \ 4f^5$ $(D)$ $Dy^{3+} (Z=66): [Xe] \ 4f^9$ Comparing these with the given configuration,$M^{3+}$ corresponds to $Nd^{3+}$.

If the electronic configuration of $M^{3+}$ is $[Xe] \ 4f^3$,then $M^{3+}$ is

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