According to MOT, highest occupied molecular orbital (HOMO) in $$O2-$$ is

Question

According to MOT, highest occupied molecular orbital (HOMO) in $$O2-$$ is

Infinity Learn · Accepted Answer

$$O2-2-KK$$'σ$$2s2$$σ$$2s*2$$σ$$2pz2$$$$π$$$$2px2$$$$π$$$$2py2$$$$π$$$$2px*2$$$$π$$$$2py*2O2--KK$$'σ$$2s2$$σ $$2s*2$$σ$$2pz2$$$$π$$$$2py2$$$$π$$$$2py2$$$$π$$$$2px*2$$$$π$$$$2py*1O2$$ $$-KK$$'σ$$2s2$$σ$$2s*2$$σ$$2pz2$$$$π$$$$2px2$$$$π$$$$2py2$$$$π$$$$2px*1$$$$π$$$$2py*1O2+-KK$$'σ$$2s2$$σ$$2s*2$$σ$$2pz2$$$$π$$$$2px2$$$$π$$$$2py2$$$$π$$$$2px*1$$$$π$$$$2py*0Bond$$ order and magnetic moment :μ$$s=nn+2$$ B. M ; $$O2-2=10-82=1$$; Diamagnetic...μ$$s=0$$ ; $$O2-=10-72=1.5$$; Paramagnetic..μ$$s=1.732$$ B.M ; $$O2=10-62=2$$; Paramagnetic.......μ$$s=2.82$$ B.M ; $$O2+=10-52=2.5$$; Paramagnetic.....μ$$s=1.732B$$.M  ;O — O bond length $$inO2-2$$>$$O2-$$>$$O2$$>$$O2+$$

According to MOT, highest occupied molecular orbital (HOMO) in $O_{2}^{-}$ is

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According to MOT, highest occupied molecular orbital (HOMO) in O2- is

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According to MOT, highest occupied molecular orbital (HOMO) in $O_{2}^{-}$ is