An iron ore contains 38 fe2o3 by mass

αFe2O3sβCOgγFesδCO2g ABalance this equation. A particular sample of iron ore contains 85 by mass Fe2O3 Mr1596 and no other iron compound.

Iron ore contains 38 Fe2O3 by mass.

An iron ore contains 38 fe2o3 by mass. This is the factor because there are 2 Fe atoms per Fe2O3 F e 2 O 3. The first thing to calculate is the amount of Fe2O3 F e 2 O 3 in the ore. Mass Fe2O3 100 kg038 38 kg m a s s F e 2 O 3.

Get the detailed answer. An ion ore contains 38 Fe2O3 by mass. What is the maximum mass of ion that can be recovered from 100 Kg of this ore.

Iron ore contains 38 Fe2O3 by mass. An iron ore contains 38 mathrmFe_2 mathrmO_3 by mass. What is the maximum mass of iron that can be recovered from 100 kg of this ore.

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What is the maximum amount of iron that can be extracted from 100 kg of this ore Answer Content of Iron in Fe2O3 38 Mass of Fe2O3 10 kg Thus mass of Iron in Fe2O3 10kg 38 Maximum amount of iron extracted 38 kg f Sign up to view the full answer. Answer to An iron ore contains 38 Fe203 by mass. What is the maximum mass of iron that can be recovered from 100 kg of this ore.

Iron ore contains 38 Fe2O3 by mass. What is the maximum amount of iron that can be extracted from 100 kg of this ore. An Iron Ore Contains 38 Fe203 By Mass What Is The.

Here we are going to calculate the maximum mass of iron that can be recovered from 100 kg of the ore step 1 given 38 of fe2o3 by mass mass of fe2o3 in 10kg x 10 x 1000 g 3800 g 38 kg of fe in fe2o3 0699. An iron ore sample contains Fe2O3 together with other substances. Reaction of the ore with CO produces iron metal.

αFe2O3sβCOgγFesδCO2g ABalance this equation. BCalculate the number of grams of CO that can react. An iron ore 500 tonnes contained 12 iron oxide Fe2O3 by mass.

The iron oxide was reduced in the blast furnace to form iron. Fe2O3 s 3COg 2Fel 3CO2g. 1 tonne 1 x 106g i Calculate the mass of iron oxide Fe2O3 found in the 500 tonnes of iron ore.

Mass of iron oxide. Iron ore contains 38 Fe2O3 by mass. What is the maximum amount of iron that can be extracted from 100 kg of this ore Posted one year ago.

The mass percentage of pure Fe2O3 can be computed using the equation. Since the reaction is 100 efficient this means that all Fe2O3 in the iron ore reacted to form pure Fe. The mass of impure Fe2O3 or the mass of the iron ore sample is already given as 752 g.

View Mid-term pg 4 from CHEM 133 at American Military University. 5 points An iron ore contains 38 Fe203 by mass What is the maximum mass in kg of iron that can be recovered from 100 kg of. An iron ore contains 38 Fe203 by mass.

What is the maximum mass of iron that can be recovered from 100 kg of this one. An ore contains Fe3O4 and no other iron. The iron in a 389-gram sample of the ore is all converted by a series of chemical reactions to.

An ore contains Fe3O4 and no other iron. The iron in a 51-gram sample of the ore is all converted by a series of chemical reactions to Fe2O3. The mass of Fe2O3 is measured to be 219 g.

A particular sample of iron ore contains 85 by mass Fe2O3 Mr1596 and no other iron compound. The maximum mass of iron that could be extracted from. An iron ore sample contains Fe2O3 together with other substances.

Reaction of the ore with CO produces iron metal. Fe2O3s COg Fes CO2g a Balance this equation. B Calculate the number of grams of CO that can react with 0350 kg of Fe2O3.

An iron ore sample contains Fe 2 O 3 plus other impurities. A 752-g sample of impure iron ore is heated with excess carbon producing 453 g of pure iron by the following reaction. Fe 2 O 3 s 3 C s 2 Fe s 3 CO g What is the mass percent of Fe 2 O 3 in the impure iron ore sample.

An ore contains fe3o4 and no other iron. The iron in a 366-gram sample of the ore is all converted by a series of chemical reactions to fe2o3. The mass of fe2o3 is measured to be 29 g.

What was the mass of fe3o4 in the sample of ore.