Lewis dot structures powerpoint

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The document describes various Lewis dot structures for different molecular geometries, noting their polarity and type of intermolecular forces. It discusses structures such as tetrahedral (AX4), trigonal pyramidal (AX3E), angular (AX2E2), trigonal planar (AX3), and linear (AX2) geometries. It notes whether each structure is polar or nonpolar and indicates the dominant intermolecular force as either London dispersion, hydrogen bonding, or dipole-dipole interactions. It also covers exceptions and more complex structures formed from combinations of simpler structures.

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AX4
Tetrahedral
Non Polar
London dispersion force

AX3E
Trigonal Pyramidal
Polar
Hydrogen Bonding

AX3E
Trigonal Pyramidal
Polar
Dipole-Dipole Force

AX3
Polar
Trigonal planar
Dipole-Dipole Force

AX2
London dispersion force
Non Polar
Linear

N N
......
..
..
London dispersion force
Linear
Non Polar

AX3
London dispersion force
Non Polar
Trigonal planar

B HH
H
....
.. AX3
London dispersion force
Trigonal planar
Non Polar

..
AX2E
Dipole-Dipole Force
Angular
Polar

AX6
London dispersion force
Non Polar
Octahedral

AX5
London dispersion force
Non Polar
Trigonal bipyramidal

AX5E
Dipole-Dipole Force
Polar
Square pyramidal

AX4E2
Dipole-Dipole Force
Polar
Square planar

AX3E2
Dipole-Dipole Force
T-Shaped
Polar

AX4 AX4
Tetrahedral, Tetrahedral
London dispersion force
Nonpolar

AX4 AX4
AX4
Tetrahedral, Tetrahedral, Tetrahedral
London dispersion force
Nonpolar

AX4 AX4
AX2E2
Polar
Tetrahedral, Tetrahedral, Angular
Hydrogen Bonding

AX3, AX3
Non Polar
London dispersion force
Trigonal planar, Trigonal planar

AX2,AX2
Linear,linear
Non Polar
London dispersion force

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