Question

1. Iron is produced in a blast furnace from the reaction of iron(III) oxide with carbon monoxide. The products of the reaction are iron and carbon dioxide. The balanced chemical reaction is shown below. Fe2O3(s) 3CO (g) + + 3CO2g) a.) How many kilograms of iron (Fe) can be formed when 163 x 10 kg of iron( II) oxide are reacted with 889 kg of carbon monoxide? (theeretical yield) Kilo 10 (20p s) Theoretical yield kg of iron (Fe) b.) What is the percent yield, if the actual yield from question 3 (above) is 668 kg of Iron? (5 pts) c. If the reaction enthalpy change is : (AH -23.5 kJ/mol), what is the energy when 1500 grams of iron (Fe) is produced? ( in a separate reaction from parts a and b) (10 pts) P73 30 2. Order in terms of increasing first ionization energy. (5 pts). Cl, As, P. Kr

Show transcribed image text 1. Iron is produced in a blast furnace from the reaction of iron(III) oxide with carbon monoxide. The products of the reaction are iron and carbon dioxide. The balanced chemical reaction is shown below. Fe2O3(s) 3CO (g) + + 3CO2g) a.) How many kilograms of iron (Fe) can be formed when 163 x 10 kg of iron( II) oxide are reacted with 889 kg of carbon monoxide? (theeretical yield) Kilo 10 (20p s) Theoretical yield kg of iron (Fe) b.) What is the percent yield, if the actual yield from question 3 (above) is 668 kg of Iron? (5 pts) c. If the reaction enthalpy change is : (AH -23.5 kJ/mol), what is the energy when 1500 grams of iron (Fe) is produced? ( in a separate reaction from parts a and b) (10 pts) P73 30 2. Order in terms of increasing first ionization energy. (5 pts). Cl, As, P. Kr