The reduction of iron(III) oxide (Fe2O3) to pure iron during the first step of steelmaking, 2 Fe₂O,(s) 4 Fe(s) + 302(g) is driven by the high-temperature combustion of coke, a purified form of coal: C(s) + 0,(e) co,(s) O2(g) Suppose at the temperature of a blast furnace the Gibbs free energies of formation AG, of CO2 and Fe2O3 are -423. kJ/mol and -815. kJ/mol, respectively. Calculate the maximum mass of pure iron that can be produced by the combustion of 410. t of coke. (One metric ton, symbol t, equals 1000 kg.) Round your answer to 2 significant digits. kg

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The reduction of iron(III) oxide (Fe2O3) to pure iron during the first step of steelmaking,
2 Fe₂O,(s)
4 Fe(s) + 302(g)
is driven by the high-temperature combustion of coke, a purified form of coal:
C(s) + 0,(e) co,(s)
O2(g)
Suppose at the temperature of a blast furnace the Gibbs free energies of formation AG, of CO2 and Fe2O3 are -423. kJ/mol and -815. kJ/mol, respectively.
Calculate the maximum mass of pure iron that can be produced by the combustion of 410. t of coke. (One metric ton, symbol t, equals 1000 kg.)
Round your answer to 2 significant digits.
kg
Transcribed Image Text:The reduction of iron(III) oxide (Fe2O3) to pure iron during the first step of steelmaking, 2 Fe₂O,(s) 4 Fe(s) + 302(g) is driven by the high-temperature combustion of coke, a purified form of coal: C(s) + 0,(e) co,(s) O2(g) Suppose at the temperature of a blast furnace the Gibbs free energies of formation AG, of CO2 and Fe2O3 are -423. kJ/mol and -815. kJ/mol, respectively. Calculate the maximum mass of pure iron that can be produced by the combustion of 410. t of coke. (One metric ton, symbol t, equals 1000 kg.) Round your answer to 2 significant digits. kg
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