4. Construct an orbital interaction diagram for O2 and predict bond order for: O2, [O2]*, [O2], and [O2]*. Order the molecules from the shortest to longest O-O bond length.

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4. Construct an orbital interaction diagram for O2 and predict bond order for: O2, [O2]*, [O2]",
and [O2]*. Order the molecules from the shortest to longest O-O bond length.
5. Square planar molecules with formula AB2C2 and octahedral molecules with formulas AB4C2
and AB3C3 feature diastereoisomers. Recall that trigonal bipyramidal geometry features two
distinct positions: axial and equatorial. Draw all diastereoisomers for trigonal bipyramidal
molecules with formula (a) AB4C and (b) AB3C2. You must indicate the stereochemistry
using full and dashed wedges and label all positions as either axial (ax) and equatorial (eq).
Transcribed Image Text:4. Construct an orbital interaction diagram for O2 and predict bond order for: O2, [O2]*, [O2]", and [O2]*. Order the molecules from the shortest to longest O-O bond length. 5. Square planar molecules with formula AB2C2 and octahedral molecules with formulas AB4C2 and AB3C3 feature diastereoisomers. Recall that trigonal bipyramidal geometry features two distinct positions: axial and equatorial. Draw all diastereoisomers for trigonal bipyramidal molecules with formula (a) AB4C and (b) AB3C2. You must indicate the stereochemistry using full and dashed wedges and label all positions as either axial (ax) and equatorial (eq).
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