The removal of an electron that forms an anti-bonding molecular orbital results in
increase in bond order
B) decrease in bond order
C) decrease bond dissociation energy D) none of the above
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N
2
(total electrons=14)
σ1s
2
,
σ
★
1s
2
,σ2s
2
,
σ
★
2s
2
,π2P
x
2
,≈π2p
y
2
,σ2p
x
2
F
2
(total electrons=18)
σ1s
2
,
σ
★
1s
2
,σ2s
2
,
σ
★
2s
2
,,σ2p
x
2
π2p
x
2
≈π2p
y
2
,
π
★
2p
x
2
≈
π
★
2p
y
2
For N
2
, the valence orbital is bonding molecular orbital and for F
2
, it is antibonding molecular orbital.
So, bond order decrease by 0.5 in the former and increase by 0.6 in the latter.
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