Following the monograph procedure, a 724-mg of aspirin (MW+180 g/mol) dissolved in 18.5 ml of cold neutralized alcohol. This solution was then initially titrated with 0.101 N sodium hydroxide solution, then later neutralized with 0.104 sulfuric acid. 1. What is the milliequivalent weight consumed by the acidic titrant? a. 1.5392 g-meq b. 2.0907 g-meq c. 1.4948 g-meq d. 2.1528 g-meq
Following the monograph procedure, a 724-mg of aspirin (MW+180 g/mol) dissolved in 18.5 ml of cold neutralized alcohol. This solution was then initially titrated with 0.101 N sodium hydroxide solution, then later neutralized with 0.104 sulfuric acid. 1. What is the milliequivalent weight consumed by the acidic titrant? a. 1.5392 g-meq b. 2.0907 g-meq c. 1.4948 g-meq d. 2.1528 g-meq
Chapter16: Applications Of Neutralization Titrations
Section: Chapter Questions
Problem 16.20QAP
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Following the monograph procedure, a 724-mg of aspirin (MW+180 g/mol) dissolved in 18.5 ml of cold neutralized alcohol. This solution was then initially titrated with 0.101 N sodium hydroxide solution, then later neutralized with 0.104 sulfuric acid.
1. What is the milliequivalent weight consumed by the acidic titrant?
a. 1.5392 g-meq
b. 2.0907 g-meq
c. 1.4948 g-meq
d. 2.1528 g-meq
2. What is the milliequivalent weight consumed by the basic titrant?
a. 5.8656 g-meq
b. 1.5392 g-meq
c. 5.6964 g-meq
d. 1.4948 g-meq
3. What is the difference of milliequivalent weight consumed in the reaction?
a. -4.1572 g-meq
b. 4.3708 g-meq
c. 0.5515 g-meq
d. 4.1572 g-meq
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