A) \[{{M}^{-}}(g)\to M(g)\]
B) \[M(g)\to {{M}^{+}}(g)\]
C) \[{{M}^{+}}(g)\to {{M}^{2+}}(g)\]
D) \[{{M}^{2+}}(g)\to {{M}^{3+}}(g)\]
Correct Answer: D
Solution :
\[{{M}^{2+}}\to {{M}^{3+}}\] After the removal of \[2{{e}^{-}}\] the nuclear charge per \[{{e}^{-}}\] increases, due to which high energy is required to remove \[3{{e}^{-}}\].
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