Carbon in the form of coke is much cheaper than aluminum, also the carbon alloys with the extracted iron helping to produce steel.
iron
A reducing agent like Hydrogen(H2), Carbon(C), Carbon monoxide(CO) or Ammonia(NH3)
Zinc is a transition element with general oxidation state as +2. It gets easily oxidised to its oxidation state of +2 by elements which are less reactive than zinc . For example: 2Zn + H2O --> Zn2O + H2
Rust is a redox-reaction, meaning it is a reation where electrons are exchanged. Water would be the oxidation-agent and iron and aluminum the reduction-agents. As can be seen on the table of standard cell potensials, aliminium is a strong reduction-agent and water is too weak to induce oxidation. Iron, however, is not as strong, and can undergo oxidation.
oxidition
when aluminium react with iron oxide and reduce large amount of heat and give molten iron thats'why Al act as reducing agent
iron
Yes, iron is a stronger reducing agent than copper.
Coke is used in furnaces as a reducing agent.
No. On the contrary - iron will reduce hydrogen oxide to hydrogen
J. A. Eisele has written: 'Iron extraction from simulated aluminum nitrate leach liquor' -- subject(s): Aluminum nitrate, Aluminum oxide, Iron, Leaching, Metallurgy 'Evaluation of technology for the recovery of metallurgical-grade alumina from coal ash' -- subject(s): Aluminum, Fly ash
A reducing agent like Hydrogen(H2), Carbon(C), Carbon monoxide(CO) or Ammonia(NH3)
for extraction of iron
Zinc is a transition element with general oxidation state as +2. It gets easily oxidised to its oxidation state of +2 by elements which are less reactive than zinc . For example: 2Zn + H2O --> Zn2O + H2
no i don't think so =/
function of SnCl2 is that it acts as a reducing agent to reduce FeCl3 to FeCl2 and function of HgCl2 is to oxidize SnCl2 to SnCl4. total iron is determined after reducing ferric iron to ferrous state.
Rust is a redox-reaction, meaning it is a reation where electrons are exchanged. Water would be the oxidation-agent and iron and aluminum the reduction-agents. As can be seen on the table of standard cell potensials, aliminium is a strong reduction-agent and water is too weak to induce oxidation. Iron, however, is not as strong, and can undergo oxidation.