molecular oxides dimethylmercury

Inorganic compounds, any substance that is composed of two or more chemical elements (usually not carbon), are almost always combined in certain proportions. Carbon compounds are classified as organic compounds when carbon is combined with hydrogen. Carbon compounds such as carbides (such as silicon carbide [SiC2]), certain carbonates (such as calcium carbonate [CaCO3]), certain cyanides (such as sodium cyanide [NaCN]), graphite, carbon dioxide, and carbon monoxide are classified for inorganic.
Inorganic compounds include compounds composed of two or more elements other than carbon, as well as certain carbon-containing compounds that lack carbon-carbon bonds, such as cyanides and carbonates. Inorganic compounds are usually classified according to the elements or groups of elements they contain. For example, oxides can be ionic or molecular. Ionic oxides contain O2− (oxide) ions and metal cations, while molecular oxides dimethylmercury contain molecules of oxygen (O) covalently bonded to other nonmetals such as sulfur (S) or nitrogen (N). When ionic oxides are dissolved in water, the O2− ions react with water molecules to form hydroxide ions (OH−), and produce an alkaline solution. Molecular oxides react with water to form oxyacids such as sulfuric acid (H2SO4) and nitric acid (HNO3). In addition, inorganic compounds include hydrides (containing hydrogen atoms or H-ions), nitrides (containing N3-ions), phosphides (containing P3-ions), and sulfides (containing S2-ions).
Transition metals form a variety of inorganic compounds. Foremost among these are coordination compounds, in which a metal atom or ion is surrounded by two to six ligands. Ligands are ions or neutral molecules with electron pairs that they can donate to metal atoms to form coordinate covalent bonds.

Transition metals form a variety of inorganic compounds. The most important of these are coordination compounds, in which a metal atom or ion is surrounded by 2 to 6 ligands, forming coordinate covalent bonds.

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