Iron oxide is a compound. There are a number of different oxides of iron FeO, Fe2O3 and Fe3O4
Iron is an element, not a compound; a wide variety of compounds can be formed from Iron (Fe)
is fe3o4 non stoichiometric
Yes it is. Hornblende under chain silicates group. Diagram below shows which group and sub-groups it belongs to:CHAIN SILICATES1. Pyroxenes2. AmphibolesHornblende (is here)OxyhornblendeEtc.3. Pyroxenoids4. Other Chain Silicates
It is compound not an element.
Iron oxide is a compound. There are a number of different oxides of iron FeO, Fe2O3 and Fe3O4
Magnetite is Fe3O4.
Iron is an element, not a compound; a wide variety of compounds can be formed from Iron (Fe)
is fe3o4 non stoichiometric
Yes it is. Hornblende under chain silicates group. Diagram below shows which group and sub-groups it belongs to:CHAIN SILICATES1. Pyroxenes2. AmphibolesHornblende (is here)OxyhornblendeEtc.3. Pyroxenoids4. Other Chain Silicates
No. Magnetite is the compound iron II, III oxide, Fe3O4
Itron has both 2 and 3 valencies int his compound
This is an especially complicated valency problem, because Fe3O4 is a combination of Fe2O3 and FeO. As usual, except in peroxides and superoxides, oxygen is assigned a valency of -2. This means that the iron in Fe2O3 has a valency of +3 while the iron in FeO has a valency of +2. (Note that these two oxides of iron also occur separately from each other, as well as in Fe3O4.) Therefore, the average valency of iron in Fe3O4 is 8/3, a rare example of fractional valency made possible only by the fact that iron in this compound actually exists in two integral valence states in the same compound.
Fe3O4 (The numbers are subscripts, meaning they are smaller, and go beside the element.)
It is compound not an element.
These compounds are iron oxides as FeO, Fe2O3, Fe3O4.Rust.
Lime is a compound.