Home > categories > Minerals & Metallurgy > Iron Ore > Iron ore in a furnace is Fe2O3 + 3CO → 2Fe + 3CO2 How many kgs of Iron are produced in reaction of 7 kg of Fe2O3 and 3kg of CO?
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Iron ore in a furnace is Fe2O3 + 3CO → 2Fe + 3CO2 How many kgs of Iron are produced in reaction of 7 kg of Fe2O3 and 3kg of CO?

Iron ore in a furnace is Fe2O3 + 3CO → 2Fe + 3CO2 How many kgs of Iron are produced in reaction of 7 kg of Fe2O3 and 3kg of CO?

Answer:

Some time in the future I will be writing a book. Your question will be in it. For that you get a star.
Wheels require axles. This means that there can be no direct connection to the wheel and no nutrients can get to it through blood supply of whatever creature. Even so, some bacteria with flagella do have tails with axles that spin.
Continuing with that what is the volume of carbon dioxide formed (when the effluent is cooled down to 25C at 1 atm) in liters and cubic feet (ft3)?
First determine what percentage of the molecular mass of hematite is iron. atomic masses: Fe 55.845 O 15.999 Fe2O3 2(55.845) + 3(15.999) 111.69 + 47.997 159.687 so the percent iron is: 111.69/159.687 0.6994 or 69.94% if you have 7 kg of hematite then you have (0.6994)7 4.896 kg iron

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