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Oxide - Chemical properties | | Oxide - Chemical properties: Encyclopedia II - Oxide - Chemical properties | | Oxides are formed in redox reactions through oxidation in which a reducing agent is allowed to react with molecular oxygen (O2) or oxidizing agents which contain oxygen, such as hydrogen peroxide (H2O2) and permanganate (MnO4-). Oxides are characterized by a redistribution of electrons, in which the oxygen atoms have a net surplus of electrons and the other atoms a net lack. In oxides of hydrogen, carbon, nitrogen, sulfur, phosphorus and halogens, covalent bonds occur between oxygen and ...
See also:Oxide, Oxide - Current naming, Oxide - Chemical properties, Oxide - Types of oxides, Oxide - Common oxides sorted by oxidation state | | | Oxide, Oxide - Chemical properties, Oxide - Common oxides sorted by oxidation state, Oxide - Current naming, Oxide - Types of oxides, Other oxygen ions ozonide, O3-, superoxide, O2-, peroxide, O22- and dioxygenyl, O2+. | | |
| | | Oxide: Encyclopedia II - Oxide - Chemical properties
Oxide - Chemical properties
Oxides are formed in redox reactions through oxidation in which a reducing agent is allowed to react with molecular oxygen (O2) or oxidizing agents which contain oxygen, such as hydrogen peroxide (H2O2) and permanganate (MnO4-). Oxides are characterized by a redistribution of electrons, in which the oxygen atoms have a net surplus of electrons and the other atoms a net lack. In oxides of hydrogen, carbon, nitrogen, sulfur, phosphorus and halogens, covalent bonds occur between oxygen and the other elements. Generally, these are gases or fluids at room temperature. Oxides of metals occur as ionic compounds, or salts, which are solid at room temperature. Oxide salts are generally insoluble in water, though some react with it.
Generally, oxides are not conductive to electricity. This property is most commonly taken advantage of with silicon dioxide, as silicon can easily be oxidized and the resulting part can be made into a transistor. This is the basis for much of modern computer technology.
Other related archives18th century, Al, Aluminium oxide, Antimony trioxide, Arsenic trioxide, As, B, Be, Beryllium oxide, Boron oxide, C, Ca, Calcium oxide, Carbon dioxide, Carbon monoxide, Category:Oxides, Ce, Cerium(IV) oxide, Chlorine dioxide, Cl, Copper(I) oxide, Copper(II) oxide, Cu, Dichlorine heptoxide, Dichlorine monoxide, Dinitrogen pentoxide, Dinitrogen trioxide, Fe, Greek, H, Hg, Iron(II) oxide, Iron(III) oxide, K, Lead(II) oxide, Magnesium oxide, Manganese dioxide, Mercury oxide, Mg, Mn, Mo, Molybdenum trioxide, N, Na, Nitrogen dioxide, Nitrogen oxide, Nitrogen oxides, Nitrous oxide, O, Os, Osmium tetroxide, Ozone, P, Pb, Phosphorus pentoxide, Potassium oxide, S, Sb, Si, Silicon dioxide, Sodium oxide, Sulfur dioxide, Sulfur trioxide, Te, Tellurium dioxide, Th, Thorium dioxide, Ti, Titanium dioxide, Water, Y, Yttrium(III) oxide, Zinc oxide, Zirconia, Zn, Zr, aluminium oxide, amphoteric, atoms, calcination, carbon, chemical compound, chemical elements, chemical formula, computer, conductive, copper, copper(I) oxide, copper(II) oxide, covalent bonds, dichlorine heptoxide, dioxide, electricity, electronegative, electrons, electropositive, elements, fluids, fluoride, gases, group 16 element, halogens, hydrogen, hydrogen peroxide, hydroxides, insoluble, ionic compounds, metals, monoxide, nitrogen, numerical prefixes, oxidation, oxidation state, oxidation states, oxidizing agents, oxygen, oxygen acids, ozone, ozonide, perchloric acid, permanganate, peroxide, phosphorus, redistribution, redox, reducing agent, room temperature, salts, silicon, silicon dioxide, sodium hydroxide, sodium oxide, sulfur, superoxide, technology, tetroxide, transistor, trioxide, valence electrons
 Adapted from the Wikipedia article "Chemical properties", under the G.N U Free Docmentation License. Please also see http://en.wikipedia.org/wiki |
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