Coordination Compounds form when one or more ligands donate lone pairs to a transition metal forming a dative bond. Consider different structural aspects of coordination compounds. A ligand must have a lone pair of electrons to donate to the transition metal. Usually, drawing a Lewis structure is the best way to determine whether a compound has a lone pair. Draw the Lewis structure of BF, 3* Can this molecule act as a ligand?

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Coordination Compounds form when one or more ligands donate
lone pairs to a transition metal forming a dative bond. Consider
different structural aspects of coordination compounds.
A ligand must have a lone pair of electrons to donate to the
transition metal. Usually, drawing a Lewis structure is the best
way to determine whether a compound has a lone pair. Draw the
Lewis structure of BF,.
3'
Can this molecule act as a ligand?
Transcribed Image Text:Coordination Compounds form when one or more ligands donate lone pairs to a transition metal forming a dative bond. Consider different structural aspects of coordination compounds. A ligand must have a lone pair of electrons to donate to the transition metal. Usually, drawing a Lewis structure is the best way to determine whether a compound has a lone pair. Draw the Lewis structure of BF,. 3' Can this molecule act as a ligand?
A) The boron atom has a lone pair
and can act as a ligand.
B) The boron atom does not have
a lone pair and cannot act as a
ligand.
C) The boron atom has a lone
pair but cannot act as a ligand.
D) The boron atom does not have
a lone pair but can act as a
ligand.
Transcribed Image Text:A) The boron atom has a lone pair and can act as a ligand. B) The boron atom does not have a lone pair and cannot act as a ligand. C) The boron atom has a lone pair but cannot act as a ligand. D) The boron atom does not have a lone pair but can act as a ligand.
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