At {25 , ^circ C},the standard reduction pote | vedclass

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(D) The strength of an oxidizing agent is directly proportional to its standard reduction potential. $A$ higher reduction potential indicates a greate

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$Mg^{2+}$

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(D) The strength of an oxidizing agent is directly proportional to its standard reduction potential. $A$ higher reduction potential indicates a greater tendency to gain electrons,thus acting as a stronger oxidizing agent. Comparing the given values: $Li^+/Li = -3.05 \, V$ $Ba^{2+}/Ba = -2.73 \, V$ $Na^+/Na = -2.71 \, V$ $Mg^{2+}/Mg = -2.36 \, V$ Among the given options,$Mg^{2+}$ has the highest (least negative) reduction potential. Therefore,$Mg^{2+}$ is the strongest oxidizing agent.

At ${25 \, ^\circ C}$,the standard reduction potentials for $Li^+/Li$,$Ba^{2+}/Ba$,$Na^+/Na$,and $Mg^{2+}/Mg$ are $-3.05 \, V$,$-2.73 \, V$,$-2.71 \, V$,and $-2.36 \, V$ respectively. Which of the following is the strongest oxidizing agent?

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