Iron (III) oxide is reduced to iron by carbon monoxide.
a) calculate the mass of iron that could be obtained by the reduction of 800 tonnes of iron (III) oxide.
b) what volume of carbon dioxide, measured at room temperature and pressure, would be obtained by the reduction of 320g of iron (III) oxide?
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Most of the iron (III) oxide is reduced using carbon monoxide gas. This gas is a reducing agent which takes the oxygen away from iron (III) oxide. Notice that carbon monoxide gas in this reaction is changing into carbon dioxide. We call this oxidation, because each molecule of carbon monoxide gains an oxygen atom.
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Most of the iron (III) oxide is reduced using carbon monoxide gas. This gas is a reducing agent which takes the oxygen away from iron (III) oxide. Notice that carbon monoxide gas in this reaction is changing into carbon dioxide. We call this oxidation, because each molecule of carbon monoxide gains an oxygen atom.
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