Molecules grouped by coordination

Single coordinating atom

1	single neighbour [1l]	AV	C_∞v	FH, LiH
		A₂	D_∞h	H₂, N₂, O₂, F₂
2	linear coordination [2l]	AV₂	D_∞h	CO₂, BeH₂
		AVX	C_∞v
3	triangle [3l]	AV₃	D_3h	BF₃, BH₃, SO₃	NO₃H
		AV₂X	C_2v	O₃, SO₂
4	tetrahedron [4t]	AV₄	T_d	CH₄, SF₃N	SO₄H₂, BeF₄Li₂
		AV₃X	C_3v	NH₃, PCl₃, CH₃F	IO₃H
		AV₂X₂	C_2v	OH₂, SO₂Cl₂
5	trigonal bipyramid [5by]	AV₃V'₂	D_3h	PF₅
		AV₃V'X'	C_3v	XeF₂
		AV₂XV'₂	D_1h	ClF₃, SF₄
6	octahedron [6o]	AV₆	O_h	SF₆
		AV₄X₂	D_4h
		AV₄XY	C_4v	IF₅, XeOF₄
		AV₃X₃	C_3v
		AV₄X₂	C_2v

Two coordinating atoms

2+2	linear	AV-AV	D_∞h	CH-CH
		AV-BX	C_∞v
3+2	mixed	AV₂-A'V'	C_2v
3+3c	linear prism	AV₂-AV₂	D_2h	CH₂-CH₂, BF₂-BF₂
		AV₂-A'V'₂	C_2v
4+2	mixed	AV₃-A'V'	C_3v	CH₃-CN
4+3	mixed	AV₃-A'V'₂	C_1v	CH₃-CO₂
4+4t	trigonal antiprism [6ap]	AV₃-AV₃	D_3d	CH₃-CH₃, OH-OH, NH-NH, NH₂-NH₂
		AV₃-A'V'₃	C_3v	NH₃-BF₃
4+4c	trigonal prism [6p]	AV₃-AV₃	D_3h	NF-NF

Many coordinating atoms

C(CH₃)₄, CH₃-CH-CH₂

Transition metal complexes

OsF₈, ReF₇, UF₆

Shell molecules

deformed pentagon	C₁	C₅H₁₀
trigonal antiprism [6ap]	D_3d	C₆H₁₂
tetragonal antiprism [8ap]	D_4d	S₈
hexagon	D_6h	C₆H₆
tetrahedron [4t]	T_d	N₄, P₄
tetrahedron-octahedron [4t+6o]	T_d	C₁₀H₁₆
cube [8c]	O_h	C₈H₈
icosahedron [12i]	Y_h	Si₁₂
dodecahedron	Y_h	C₂₀

Aromatic rings

para-C₆H₄X₂, C₆H₅X, ortho-C₆H₄X₂, meta-C₆H₄X₂

Some special cases

NO₂ (have unpaired electron, angle is 134.1), N₂O, NO, B₂H₆, CN-radical, HNF, H₂FN

Comments

In formulas like "AV_nX_m", "A" means coordinating atom, "V" means coordinated atom or lone pair, and "X" means its replacement by different atom (or atomic group which has the same effect on symmetry as alone atom).

Note that electronic and thus chemical properties can be different for molecules with the same coordination class. As an example CH₃F molecule has tetrahedral coordination but its molecular orbitals and directions of chemical activity corresponds to linear antiprism double coordination (though the distribution of charge around F atom is spherically symmetric).