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Tantalum forms oxides with the oxidation states +5 (Tand5) and +4 (TaO2).
Niobium forms oxides with the oxidation states +5 (Nb2O5), +4 (NbO2), and +3 (Nb2O3), as well as with the rarer oxidation state +2 (NbO).
Potassium oxidizes faster than most metals and forms oxides with oxygen-oxygen bonds, as do all alkali metals except lithium.
In the following disproportionation reaction, N4+ is reduced to N2+ (in NO) and oxidized to N5+ (in HNO3).3NO2 + H2O → 2HNO3 + NO Nitrogen (N) forms oxides in which nitrogen exhibits each of its positive oxidation numbers from +1 to +5.
Dinitrogen pentoxide reacts violently with metals, nonmetals, and organic materials, as in the following reactions with potassium (K) and iodine gas (I2).N2O5 + K → KNO3 + NO2N2O5 + I2 → I2O5 + N2 Nitrogen (N) forms oxides in which nitrogen exhibits each of its positive oxidation numbers from +1 to +5.
Tellurium also forms oxides.
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Metals with high oxidation states form oxides whose bonds have a more covalent nature.
Alloy components form oxides of different stabilities.
On the surface of both carbons the Mo formed oxides.
Because these minerals were principally sulfides, they were roasted to form oxides and were then smelted to recover a lead-silver alloy.
Mn atoms are multivalent, and thus form oxides with several different stoichiometries [8].
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