VSEPR & Hybridization

Linear electron and molecular geometry

2 electron groups, 0 or 1 lone pairs. 180 bond angles

Trigonal planar electron and molecular geometry

3 electron groups, 0 lone pairs, 120 bond angle

Trigonal planar electron geometry, bent molecular geometry

3 electron groups, 1 lone pair, 120 bond angle

Trigonal planar electron geometry, linear molecular geometry

3 electron groups, 2 lone pairs, 180 bond angle

Tetrahedral electron and molecular geometry

4 electron groups, 0 lone pairs, 109.5 bond angle

Tetrahedral electron geometry and trigonal pyramidal molecular geometry

4 electron groups, 1 lone pair, 107 bond angle

Tetrahedral electron geometry and bent molecular geometry

4 electron groups, 2 lone pairs, 104.5 bond angle

Tetrahedral electron geometry, linear molecular geometry

4 electron groups, 3 lone pairs, 180 bond angle

Trigonal bipyramidal electron and molecular geometry

5 electron groups, 0 lone pairs, 90 & 120 bond angles

Trigonal bipyramidal electron geometry, see-saw molecular geometry

5 electron groups, 1 lone pair, 90 & 120 bond angles

Trigonal bipyramidal electron geometry, t-shaped molecular geometry

5 electron groups, 2 lone pairs, 90 & 180 and bond angles

Trigonal bipyramidal electron geometry, linear electron geometry

5 electron groups, 3 lone pairs, 180 bond angles

Octahedral electron and molecular geometry

6 electron groups, 0 lone pairs, 90 bond angles

Octahedral electron geometry, square pyramidal molecular geometry

6 electron groups, 1 lone pairs, 90 bond angles

Octahedral electron geometry, square planar molecular geometry

6 electron groups, 2 lone pairs, 90 bond angles

Hybridization with 2 electron groups

sp

Hybridization with 3 electron groups

sp2

Hybridization with 4 electron groups

sp3

Hybridization with 5 electron groups

sp3d

Hybridization with 6 electron groups

sp3d2