A reaction of 7.20 ml of Iron(1I) chloride solution (0.40 g/ml) and 8.95 g of K2C2O4.H20...

 

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A reaction of 7.20 ml of Iron(1I) chloride solution (0.40 g/ml) and 8.95 g of K2C2O4.H20 (Potassium oxalate monohydrate) produced 6.22 g of K3FE(C204)3,3H2O [Potassium trioxalatoferrate(1) trihydrate] A) Calculate number moles of Iron(I) chloride? B)Calculate number moles K2C,04H2O (Potassium oxalate monohydrate). c)What is limiting reagent of the reaction (Consider stochiometry)? D)Molar mass of Potassium trioxalatoferrate(II) trihydrate E)Calculate the percent yield of the synthesis? A reaction of 7.20 ml of Iron(1I) chloride solution (0.40 g/ml) and 8.95 g of K2C2O4.H20 (Potassium oxalate monohydrate) produced 6.22 g of K3FE(C204)3,3H2O [Potassium trioxalatoferrate(1) trihydrate] A) Calculate number moles of Iron(I) chloride? B)Calculate number moles K2C,04H2O (Potassium oxalate monohydrate). c)What is limiting reagent of the reaction (Consider stochiometry)? D)Molar mass of Potassium trioxalatoferrate(II) trihydrate E)Calculate the percent yield of the synthesis?

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Balanced reaction given below FeCl3 3K2C2O4H2O K3FeC2O433H2O 3KCl given volume of FeCl3 72 ml densit... View the full answer