13.atoms with Oxidation state of -3 fall in group 13 . Cha cha!
normal oxides of metals have general formula M3O. & super oxides have general formula MO2. super oxides are coloured & paramagnetic in nature due to presence of unpaired electrons.on moving down side the group tendency to form super oxides increases.& that of normal oxides decreases. oxides of metals on dissolving in water form their hydroxides only.while super oxides form hydroxides with the release of H2O2 & H2.
No, sulfur, carbon and oxygen are elements not oxides.
SiO2-Silicon dioxide with added oxides
They are many as the oxides of many elements.
oxides or hydroxides
normal oxides of metals have general formula M3O. & super oxides have general formula MO2. super oxides are coloured & paramagnetic in nature due to presence of unpaired electrons.on moving down side the group tendency to form super oxides increases.& that of normal oxides decreases. oxides of metals on dissolving in water form their hydroxides only.while super oxides form hydroxides with the release of H2O2 & H2.
Ex.: oxides, sulphides, nitrides, carbides, hydrides, selenides, arsenides, borides, oxides, hydroxides, etc.
All oxides, peroxides, superoxides, ozonides and compounds with oxy-anions have oxygen atoms in them.
No, sulfur, carbon and oxygen are elements not oxides.
Formula: K2O
The chemical formula for oxide is O2−
sulfur oxides (SOx) and nitrogen oxides (NOx)
Beryllium Oxides equation is: BeO
There is no single answer to this question as different group one metals form different oxides. We would expect group one elements to form M2O oxides but in fact only lithium does this when burnt. The other elements more easily lose electrons from their second outermost shell so can form peroxides M2O2, superoxides MO2 or even higher oxidation state oxides. For example Caesium can form Cs7O.
turns into oxides
Those would be the "oxides" of the elements burned.
Oxygen and a reactive metal