3 Fe atoms plus 4 O atoms totals 7 atoms.
To balance the equation Fe + H2O → Fe3O4 + H2, you need to ensure the number of atoms of each element are equal on both sides. Start by balancing the iron atoms, then balance the oxygen atoms, and finally balance the hydrogen atoms. The balanced equation is 3Fe + 4H2O → Fe3O4 + 4H2.
Fe3O4 is a compound. It is known as iron(II,III) oxide, where iron atoms are present in a combination of +2 and +3 oxidation states with oxygen.
The chemical formula for tri ferric tetra oxide is Fe3O4. It consists of 3 iron (Fe) atoms and 4 oxygen (O) atoms. It is also known as magnetite and is a black mineral with magnetic properties.
The formula FeO3 is written with 4 atoms: 1x Fe and 3x O, but it is NOT a possible iron oxide formula. However some of the possible iron oxides are: FeO, Fe2O3, Fe3O4 having 2, 5, 7 atoms respectively.
The oxidation stateof Fe in Fe3O4 is 8/3. This is possible because two of the irons are +3, but the other one is +2. The crystal structure of magnetite actually has two different sites in which these two different ions reside. No single Fe has a charge of +8/3, but the relative amounts of the Fe2+ and Fe3+ cause the formal oxidation state to be 8/3.
To balance the equation Fe + H2O → Fe3O4 + H2, you need to ensure the number of atoms of each element are equal on both sides. Start by balancing the iron atoms, then balance the oxygen atoms, and finally balance the hydrogen atoms. The balanced equation is 3Fe + 4H2O → Fe3O4 + 4H2.
The molar mass of Fe3O4 is 231.55 g/mol. The molar mass of oxygen is 16.00 g/mol. There are 12 oxygen atoms in Fe3O4, so the total mass of oxygen in Fe3O4 is 192.00 g. Therefore, the percent composition of oxygen in Fe3O4 is (192.00 g / 231.55 g) x 100 = 82.97%.
Fe + 2x Cl = Fe + Cl + Cl = 3 atoms per molecule.
Fe3O4 is a compound. It is known as iron(II,III) oxide, where iron atoms are present in a combination of +2 and +3 oxidation states with oxygen.
Fe3O4 (The numbers are subscripts, meaning they are smaller, and go beside the element.)
The chemical formula for tri ferric tetra oxide is Fe3O4. It consists of 3 iron (Fe) atoms and 4 oxygen (O) atoms. It is also known as magnetite and is a black mineral with magnetic properties.
Fe3O4 is the mineral magnetite, with aproper chemical name of Fe(II, III) oxide. it exhibits ferrimagnetism. It has iron atoms as FeII and FeIII. An old way of writing it was FeO.Fe2O3 The balanced equation for production from the elements is :- 3Fe + 2O2 -> Fe3O4 Commercially it is made by for example redung Fe2O3 with CO 3Fe2O3 + CO = 2Fe3O4 +CO2
These compounds are iron oxides as FeO, Fe2O3, Fe3O4.Rust.
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.
The formula FeO3 is written with 4 atoms: 1x Fe and 3x O, but it is NOT a possible iron oxide formula. However some of the possible iron oxides are: FeO, Fe2O3, Fe3O4 having 2, 5, 7 atoms respectively.
The oxidation stateof Fe in Fe3O4 is 8/3. This is possible because two of the irons are +3, but the other one is +2. The crystal structure of magnetite actually has two different sites in which these two different ions reside. No single Fe has a charge of +8/3, but the relative amounts of the Fe2+ and Fe3+ cause the formal oxidation state to be 8/3.