If 5.00 grams of Aluminum ( 27.0 g/mol) are added to 250.0 ml of a 100.0 mM Iron (III) chloride solution, what is the theoretical yield of Iron (55.8 g/mol)?

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If 5.00 grams of Aluminum ( 27.0 g/mol) are added to 250.0 ml of a 100.0 mM Iron (II) chloride solution,
what is the theoretical yield of Iron (55.8 g/mol)?
Balance the following equation and identify the limiting reagent
If the mass of Iron
recovered was 1.25 grams, what is the actual yield
ANSWER X; no % sign USE
CORRECT SIGFIGS
Als)+
FeCl2 (aq) "
---> Al,Cly (ag) +
FeG)
When 10.65 grams of acetic acid (MW- 60.052 g/mol) is reacted with 22.7 grams of sodium hydroxide
(MW- 58.5 g/mol) in water; the resulting solution, after drying generates sodium acetate ( MW-82.03
g/mol).
Which compound is the limiting reactant
Transcribed Image Text:If 5.00 grams of Aluminum ( 27.0 g/mol) are added to 250.0 ml of a 100.0 mM Iron (II) chloride solution, what is the theoretical yield of Iron (55.8 g/mol)? Balance the following equation and identify the limiting reagent If the mass of Iron recovered was 1.25 grams, what is the actual yield ANSWER X; no % sign USE CORRECT SIGFIGS Als)+ FeCl2 (aq) " ---> Al,Cly (ag) + FeG) When 10.65 grams of acetic acid (MW- 60.052 g/mol) is reacted with 22.7 grams of sodium hydroxide (MW- 58.5 g/mol) in water; the resulting solution, after drying generates sodium acetate ( MW-82.03 g/mol). Which compound is the limiting reactant
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