Question:
One of the reactions that occurs in a blast furnace, where iron ore is converted to cast iron, is: Fe2O3 + 3CO?
one of the reactions that occurs in a blast furnace, where iron ore is converted to cast iron, is: Fe2O3 + 3CO gt; 2Fe + CO2 Suppose that 1.64 x 10^3 kg of Fe are obtained from a 2.62 x 10^3 kg sample of Fe2O3. Assuming that the reaction goes to completion, what is the percent purity of Fe2O3 in the original sample?Please help!! This is the last question I need to finish from my whole summer assignment for AP Chem, but I have no idea how to do it! Help!
Answer:
I have so manyAll have a different purpose. 1.Harley Softail FXSTI, for ralleys 2.Suzuki Hayabusa, for around town 3.Suzuki GSX R 1000cc, for racing 4. Suzuki Dr650Se Dual Purpose, on the mountain trails. 5.Kawasaki Ninja 250, for the girls
Mine. But, otherwise, it would be the BMW touring bikes, then my Dad's 46 Harley (think it's a Flat Head). I like comfort, speed and performance. Harleys are legendary, but not much can comare to the BMW 1200 series for performance, comfort, and speed all wrapped up in one package.
I have so manyAll have a different purpose. 1.Harley Softail FXSTI, for ralleys 2.Suzuki Hayabusa, for around town 3.Suzuki GSX R 1000cc, for racing 4. Suzuki Dr650Se Dual Purpose, on the mountain trails. 5.Kawasaki Ninja 250, for the girls
% by potential of mass of Fe2O3 (mass of organic Fe2O3 / mass of iron ore) x a hundred% mass of Fe2O3 (organic) (mass of iron produced / MW of iron) x ( stoichiometric mole ratio of Fe2O3 over Fe based on the given chemical reaction x MW of Fe2O3 mass of iron produced 453 g MW of Fe fifty 5.80 5 stoichiometric mole ratio of Fe2O3/Fe a million/2 MW of Fe2O3 159.7 mass of organic Fe2O3 (453/fifty 5.80 5) x (a million/2) x 159.7 mass of organic Fe2O3 647.66 grams %by potential of mass of Fe2O3 (647.66 / 752) x a hundred 86.13 %
Are you sure you've got the equation correct it doesn't balance. A balanced equation is needed to carry this out.
% by potential of mass of Fe2O3 (mass of organic Fe2O3 / mass of iron ore) x a hundred% mass of Fe2O3 (organic) (mass of iron produced / MW of iron) x ( stoichiometric mole ratio of Fe2O3 over Fe based on the given chemical reaction x MW of Fe2O3 mass of iron produced 453 g MW of Fe fifty 5.80 5 stoichiometric mole ratio of Fe2O3/Fe a million/2 MW of Fe2O3 159.7 mass of organic Fe2O3 (453/fifty 5.80 5) x (a million/2) x 159.7 mass of organic Fe2O3 647.66 grams %by potential of mass of Fe2O3 (647.66 / 752) x a hundred 86.13 %
Are you sure you've got the equation correct it doesn't balance. A balanced equation is needed to carry this out.
Mine. But, otherwise, it would be the BMW touring bikes, then my Dad's 46 Harley (think it's a Flat Head). I like comfort, speed and performance. Harleys are legendary, but not much can comare to the BMW 1200 series for performance, comfort, and speed all wrapped up in one package.
