Question
The aqueous solution containing 1.56 grams of BaCl2 is reacted by mixing with the aqueous solution containing 3.825 grams of AgNO3. The reaction mixture is
The aqueous solution containing 1.56 grams of BaCl2 is reacted by mixing with the aqueous solution containing 3.825 grams of AgNO3. The reaction mixture is allowed to stand for a while and then filtered. The obtained solid (AgCl) is dried and weighed and it is determined that it comes to 1.82 grams. 2 (solution) + 23 (solution) 2() + (3)(solution) a) Specify the limit component and the excess component. Calculate the percentage of excess component. b) Calculate the degree of completion of the reaction. BaCl2: 208 (g/mol), AgNO3: 170 (g/mol), AgCl: 143.5 (g/mol) (celebrate an energy)
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