I think you have to add but I‘m in a dispute with someone over it so i would like to make sure you add and not take away from pure iron.
this is a really hard one.let me go ask someone who is high they might know the answer.
this is a really hard one.let me go ask someone who is high they might know the answer.
I thought you added it, but that doesn't seem to be the case. Iron is produced in a blast furnace using coke (mostly just carbon) as the source of reducing equivalents to reduce iron ore (Fe2O3). That yields pig iron. From there. The pig iron produced by the blast furnace has a relatively high carbon content of around 4–5%, making it very brittle, and of little commercial use. Some pig iron is used to make cast iron. The majority of pig iron produced by blast furnaces undergoes further processing to reduce the carbon content and produce various grades of steel used for tools and construction materials. - see link
I thought you added it, but that doesn't seem to be the case. Iron is produced in a blast furnace using coke (mostly just carbon) as the source of reducing equivalents to reduce iron ore (Fe2O3). That yields pig iron. From there. The pig iron produced by the blast furnace has a relatively high carbon content of around 4–5%, making it very brittle, and of little commercial use. Some pig iron is used to make cast iron. The majority of pig iron produced by blast furnaces undergoes further processing to reduce the carbon content and produce various grades of steel used for tools and construction materials. - see link
