Some important chemcial equations of reactions taking place in a blast furnace are given below: `Fe_2O_3+3COrarr2Fe+3CO_2`, `CaCO_3rarrCaO+CO_2`, `Cao+SiO_2rarrCaSiO_3`: What are the substances fed into the blast furnace along with the ore of iron?

Some important chemcial equations of reactions taking place in a blast furnace are given below: Fe_2O_3+3COrarr2Fe+3CO_2 , CaCO_3rarrCaO+CO_2 , Cao+SiO_2rarrCaSiO_3 : Select the equation for slag formation.

Some important chemcial equations of reactions taking place in a blast furnace are given below: Fe_2O_3+3COrarr2Fe+3CO_2 , CaCO_3rarrCaO+CO_2 , Cao+SiO_2rarrCaSiO_3 : Which compound acts as the reducign agent here?

Given below are the equations for the reactions taking place inside the blast furnace. Name the ore of iron.

Given below are the equations for the reactions taking place inside the blast furnace. Which is the gangue in iron ore?

The equations of the production of iron in the blast furnace are given. Asnwer the fol-lowing questions C+O_2rarrCO_2 , CO_2+crarr2CO , CaCO_3rarrCaO+CO_2 , CaO+SiO_2rarrCaSiO_3 , Fe_2O_3+3COrarr2Fe+3CO_2 : Which substance reduces haematite in the metallurgy of iron? How this redu-cing agent is produced in teh furnace?

Equations of some reactions that takes place in the fumace are given below. a) P rarr CaO + CO_2 b) CaO +......Q rarr CaSiO_3 i) Identify P and Q i)-Identify the ganue present in b. Here basic flux are used what is the reason?

The equations of the production of iron in the blast furnace are given. Asnwer the fol-lowing questions C+O_2rarrCO_2 , CO_2+crarr2CO , CaCO_3rarrCaO+CO_2 , CaO+SiO_2rarrCaSiO_3 , Fe_2O_3+3COrarr2Fe+3CO_2 : Write the chemcial equation of the forma-tion of slag in blast furnance.

The equations of the production of iron in the blast furnace are given. Asnwer the fol-lowing questions C+O_2rarrCO_2 , CO_2+crarr2CO , CaCO_3rarrCaO+CO_2 , CaO+SiO_2rarrCaSiO_3 , Fe_2O_3+3COrarr2Fe+3CO_2 : Which is the main impurity found in hae-matite? Which substance is used to rem-ove the gangue?

Identify the reaction that does not take place in a blast furnace 2 Fe_2 O_3+3 C gives 4 Fe+3 CO_2 CO_2+C gives 2 CO CaCO_3 gives CaO+CO_2 FeO+SiO_2 gives FeSiO_2