Fe2O3+3Co--- 2Fe+3Co2 Limiting Reactant. Fe2o3 + 3co→ 2fe + 3co2. Web the mole ratio between fe:co is 2:3.
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Web the oxidizing agent in the given reaction is: Fe2o3(s) + 3co(g) → 2fe(s) +3co2(g) i'm not really sure i follow your calculations on this one. Web fe is the limiting reactant iron and oxygen react to form iron(iii) oxide: 2) use the co : Web in a chemical reaction, the reactant that is consumed first and limits how much product can be formed is called the limiting reactant (or limiting reagent). Fe2o3 + 3co → 2fe + 3co2 to produce 5.0 moles of co2, _____ moles of fe2o3 are required. Web in the chemical reaction described by the equation 4fe (s) + 3o2 (g) → 2fe2o3 (s), the mole ratio of iron (iii) oxide to iron is. 3 is to 2 as 107.105 mol is to x x = 71.403 mol of fe produced 3) convert to kilograms of fe: Web consider the following balanced chemical equation: For starters, a very quick way of figuring out which.
Fe2o3(s) + 3co(g) → 2fe(s) +3co2(g) i'm not really sure i follow your calculations on this one. Web co is the limiting reagent. Web answered • expert verified fe2o3 (s)+3co (g)→2fe (s)+3co2 (g) in a reaction mixture containing 189 g fe2o3 and 63.0 g co, co is the limiting reactant. See the answer what is the limiting reactant in the equation: Web the mole ratio between fe:co is 2:3. 2) use the co : Determine the limiting reactant in each of the following mixtures of reactants: 3 is to 2 as 107.105 mol is to x x = 71.403 mol of fe produced 3) convert to kilograms of fe: Web in the chemical reaction described by the equation 4fe (s) + 3o2 (g) → 2fe2o3 (s), the mole ratio of iron (iii) oxide to iron is. Web in a chemical reaction, the reactant that is consumed first and limits how much product can be formed is called the limiting reactant (or limiting reagent). Fe2o3 + 3co → 2fe + 3co2 to produce 5.0 moles of co2, _____ moles of fe2o3 are required.
