(c) Calculate the mole of acetic anhydride used in this experiment: I mol 6.48 102.09 g g X = 0.0635 mol of acetic anhydride (d) Which is the limiting reactant? Salicylic acid (e) Calculate the theoretical yield of aspirin produced in grams: (f) How many grams of aspirin did you actually obtain in this experiment? (actual yield in gram) (g) Calculate the percent yield of aspirin.

Introduction to General, Organic and Biochemistry
11th Edition
ISBN:9781285869759
Author:Frederick A. Bettelheim, William H. Brown, Mary K. Campbell, Shawn O. Farrell, Omar Torres
Publisher:Frederick A. Bettelheim, William H. Brown, Mary K. Campbell, Shawn O. Farrell, Omar Torres
Chapter4: Chemical Reactions
Section: Chapter Questions
Problem 4.64P: 4-64 Aspirin is made by the reaction of salicylic acid with acetic anhydride. How many grams of...
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Calculate the theoretical yield, actual yield, and percent yield of aspirin.
(c) Calculate the mole of acetic anhydride used in this experiment:
I mol
6.48
102.09 g
g
X
= 0.0635 mol of acetic anhydride
(d) Which is the limiting reactant?
Salicylic acid
(e) Calculate the theoretical yield of aspirin produced in grams:
(f) How many grams of aspirin did you actually obtain in this experiment? (actual yield in gram)
(g) Calculate the percent yield of aspirin.
Break
PgDn
Transcribed Image Text:(c) Calculate the mole of acetic anhydride used in this experiment: I mol 6.48 102.09 g g X = 0.0635 mol of acetic anhydride (d) Which is the limiting reactant? Salicylic acid (e) Calculate the theoretical yield of aspirin produced in grams: (f) How many grams of aspirin did you actually obtain in this experiment? (actual yield in gram) (g) Calculate the percent yield of aspirin. Break PgDn
3. Record each of the following.
Molar mass of salicylic acid:
Molar mass of acetic anhydride:
Density of acetic anhydride:
Molar mass of aspirin:
138.12 g/mol
102,09 g/mol
1.08 g/cm ³
180.16 g/mol
Experimental data:
Mass of salicylic acid (g) in this experiment:
Volume of Ancetic anhydride (ml) in this experiment:
Mass of aspirin in this experiment:
4.1480
9
2.970
Using the above values, calculate each of the following: (Show all calculations.)
(a) Calculate the mole of salicylic acid used in this experiment:
I mol
2.970*138.124
= 0.0215 mol of salicylic acid
= 6.48
6,00 m)
(b) Calculate the mass (g) of acetic anhydride used in this experiment:
6₁0 ml x
1.08 g
Iml
9
of acetic anhydride
Transcribed Image Text:3. Record each of the following. Molar mass of salicylic acid: Molar mass of acetic anhydride: Density of acetic anhydride: Molar mass of aspirin: 138.12 g/mol 102,09 g/mol 1.08 g/cm ³ 180.16 g/mol Experimental data: Mass of salicylic acid (g) in this experiment: Volume of Ancetic anhydride (ml) in this experiment: Mass of aspirin in this experiment: 4.1480 9 2.970 Using the above values, calculate each of the following: (Show all calculations.) (a) Calculate the mole of salicylic acid used in this experiment: I mol 2.970*138.124 = 0.0215 mol of salicylic acid = 6.48 6,00 m) (b) Calculate the mass (g) of acetic anhydride used in this experiment: 6₁0 ml x 1.08 g Iml 9 of acetic anhydride
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