Match column I(process) with column II(characteristics of the process ) Column-I Column-IIAH2→H2-Ielectron is added to σ*ABMOBN2→N2+IIone of the π*ABMO gets unpairedCO2→O2-IIIone of the π*ABMO gets pairedDF2→F2+IVNumber of unpaired electrons remains same Velectron is removed from σ BMO

Column-I Column-IIAH2→H2-Ielectron is added to σ*ABMOBN2→N2+Velectron is removed from σ BMOCO2→O2-IIIone of the π*ABMO gets pairedDF2→F2+IVone of the π*ABMO gets unpaired

Match column I(process) with column II(characteristics of the process ) Column-I Column-IIAH2→H2-Ielectron is added to σ*ABMOBN2→N2+IIone of the π*ABMO gets unpairedCO2→O2-IIIone of the π*ABMO gets pairedDF2→F2+IVNumber of unpaired electrons remains same Velectron is removed from σ BMO

Column-I Column-IIAH2→H2-Ielectron is added to σ*ABMOBN2→N2+Velectron is removed from σ BMOCO2→O2-IIIone of the π*ABMO gets pairedDF2→F2+IVone of the π*ABMO gets unpaired

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Match column I(process) with column II(characteristics of the process )
Column-I Column-II
A $H_{2} \to H_{2}^{-}$ I electron is added to $σ^{}$ ABMO
B $N_{2} \to N_{2}^{+}$ II one of the $π^{}$ ABMO gets unpaired
C $O_{2} \to O_{2}^{-}$ III one of the $π^{*}$ ABMO gets paired
D $F_{2} \to F_{2}^{+}$ IV Number of unpaired electrons remains same
V electron is removed from $σ$ BMO

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A	B	C	D
I	V	III	II

A	B	C	D
V	V	II	III

A	B	C	D
I	V	II	III

A	B	C	D
I	V	III	IV

answer is A.

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Detailed Solution

	Column-I		Column-II
A	$H_{2} \to H_{2}^{-}$	I	electron is added to $σ^{*}$ ABMO
B	$N_{2} \to N_{2}^{+}$	V	electron is removed from $σ$ BMO
C	$O_{2} \to O_{2}^{-}$	III	one of the $π^{*}$ ABMO gets paired
D	$F_{2} \to F_{2}^{+}$	IV	one of the $π^{*}$ ABMO gets unpaired