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The molecule shows trigonal planar molecular geometry when it has a central atom and three identical bonds to other atoms with no lone pairs.
What is the molecule's geometry having a central atom and three identical bonds to other atoms with no lone pairs?
- The following notation is used to deduce the molecular geometry of the central atom according to the VSEPR theory: AXnEm
- where "A" stands for the central atom, "n" denotes the number of terminal "X" atoms, and "m" denotes the number of non-bonding pairs ("E") on the central atom.
- When the centre atom forms covalent connections with three of the terminal atoms and has no remaining non-bonding pairs, the following can be said: n = 3 and m = 0
- As a result, the following is noted: AX₃
- This notation has a trigonal planar molecular geometry, according to VSEPR theory.
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