Suppose you take a 32.500 mg sample of potassium phosphate and add enough pure water to a make solution with a total volume of 25.0 mL. After you thoroughly mixed the potassium phosphate with the water, ensuring you have made a completely homogenous solution, you transfer 15.0 mL of it to a beaker containing 10.0 mL of 0.02500 M silver nitrate solution. The two solutions react and form a precipitate. After you isolate and dry your precipitate you find it has a mass of 0.023 g.
a. Calculate the concentration of the potassium phosphate solution created.
b. Write the complete balanced molecular equation for the reaction that occurred between the two solutions.
c. Calculate the theoretical yield, in grams, of precipitate formed.
d. Identify the limiting reactant for this reaction.
e. Calculate the percent yield.
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Suppose you take a 32.500 mg sample of potassium phosphate and add enough pure water to...