Ferrous oxide is FeO. 80/72 = x/56
x = 62.2 g
Atomic mass of iron is 56u. Atomic mass of oxygen is 16u. molecular mass of Iron(III) Oxide is 2x56+3x16=160u.
100g of iron will not turn into 100g of iron oxide because the iron oxide will have gained mass due to the oxygen that will have combined with the iron.
Depends on whether you're making Iron (II) Oxide or Iron (III) Oxide.
6,96 g of nitric oxide are obtained.
the answer is 356.96 tonnes
Atomic mass of iron is 56u. Atomic mass of oxygen is 16u. molecular mass of Iron(III) Oxide is 2x56+3x16=160u.
100g of iron will not turn into 100g of iron oxide because the iron oxide will have gained mass due to the oxygen that will have combined with the iron.
Depends on whether you're making Iron (II) Oxide or Iron (III) Oxide.
The additional mass is the amount of oxygen that has combined with iron to form iron oxide.
Iron (III) oxide -> Iron + OxygenSteps to find the mass of iron obtained from 268g of iron (III) oxide:Step 1: Write the balanced equation2Fe2O3 -> 4Fe + 3O2Step 2: Identify key reactants and products2Fe2O3 -> 4FeStep 3: Write down the mole ratio2 moles : 4 molesStep 4: Change moles into gram formula mass2((2x56)+(3x16)) : 4(1x56)320g : 224gStep 5: Find out how many grams of iron will be produced for every gram of iron (III) oxide1 gram = 224/320 = 0.7gStep 6: Find out how many grams of iron will be produced for 268 grams of iron (III) oxide268 grams = (224/320)x268 = 187.6 gramsThe mass of iron produced from 268 grams of iron (III) oxide is 187.6 grams.
6,96 g of nitric oxide are obtained.
When iron rusts, it combines with oxygen to form iron oxide (rust). You now have the original mass of iron PLUS the mass of the combined oxygen.
Molar mass of Ferrous ascorbate is 408 g/mol Atomic mass of Fe is 55.8 1 mol of Ferrous ascorbate is 408 g; 55.8 g of that is Fe2+. So, 100 mg of Ferrous ascorbate will have 100x(55.8/408)=13.7 mg of elemental Fe
Task 4. What would be the mass of iron that would be obtained if the reduction of 1000 kg iron oxide is made ​​with 350 kg of carbon monoxide? Fe2O3 + 3CO → 2Fe +3 CO2
FeNo2 is iron nitrite.Answer 2. Ferrous Nitrite or iron Nitrite (II)would be Fe(NO2)2.Ferric Nitrite or Iron Nitrite (III) would be Fe(NO2)3.
That is the chemical formula. The name would be iron (III) oxide, or ferric oxide in the old system.
The answer is 1,425 g oxygen.