VSEPR Geometry

2 bonds, 0 lone pairs

Linear (non-polar unless terminal atoms are different, in which case the dipole moment will cause the arrow to point toward the more electronegative atom)

3 bonds, 0 lone pairs

Trigonal Planar (non-polar unless terminal atoms are different, in which case the dipole moment will cause the arrow to point toward the more electronegative atom)

3 bonds, 1 lone pair

Bent (polar and the dipole moment will cause the arrow to point toward the more electronegative atom)

4 bonds, 0 lone pairs

Tetrahedral (non-polar unless terminal atoms are different, in which case the dipole moment will cause the arrow to point toward the more electronegative atom)

4 bonds, 1 lone pair

Trigonal Pyramidal (polar and the dipole moment will cause the arrow to point toward the more electronegative atom)

4 bonds, 2 lone pairs

Bent (polar and the dipole moment will cause the arrow to point toward the more electronegative atom)

5 bonds, 0 lone pairs

Trigonal Bipyramidal (non-polar unless terminal atoms are different, in which case the dipole moment will cause the arrow to point toward the more electronegative atom)

5 bonds, 1 lone pairs

Seesaw (polar and the dipole moment will cause the arrow to point toward the more electronegative atom)

5 bonds, 2 lone pairs

T-shape (polar and the dipole moment will cause the arrow to point toward the more electronegative atom)

5 bonds, 3 lone pairs

Linear (non-polar unless terminal atoms are different, in which case the dipole moment will cause the arrow to point toward the more electronegative atom)

6 bonds, 0 lone pairs

Octahedral (non-polar unless terminal atoms are different, in which case the dipole moment will cause the arrow to point toward the more electronegative atom)

6 bonds, 1 lone pair

Square Pyramidal (polar and the dipole moment will cause the arrow to point toward the more electronegative atom)

6 bonds, 2 lone pairs

Square Planar (non-polar unless terminal atoms are different, in which case the dipole moment will cause the arrow to point toward the more electronegative atom)

6 bonds, 3 lone pairs

T-shape (polar and the dipole moment will cause the arrow to point toward the more electronegative atom)

6 bonds, 4 lone pairs

Linear (non-polar unless terminal atoms are different, in which case the dipole moment will cause the arrow to point toward the more electronegative atom)