With a product weight of 3.77g .Use the limiting reagent to Calculate the theoretical yield of product, and use that to calculate the percentage yield of the banana oil product.
With a product weight of 3.77g .Use the limiting reagent to Calculate the theoretical yield of product, and use that to calculate the percentage yield of the banana oil product.
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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With a product weight of 3.77g .Use the limiting reagent to Calculate the theoretical yield of product, and use that to calculate the percentage yield of the banana oil product.
![Experiment: Fischer Ester Synthesis (FE)
Title: Synthesis of Isopentyl Ethanoate, the Banana Fragrance (concentrated), the Pear Fragrance
(dilute aqueous solution), and Honeybee's Sting Pheromone.
Ref:
Miner Laboratories, Organic Syntheses Collected Volume I (1941), p. 285.
Purpose: Emil Fischer synthesis of isopentyl ethanoate from isopentanol and acetic acid.
cat. H2SO4
H2O
reflux 1 h
Reagent table:
Reagent
(source)
Mwt
mp °C
bp °C
mmol
equiv
mass
density
volume
4.41 g
3-methylbutanol
(Fisher)
88.2
130
50
1.0
0.81 g/mL 5.4 mL
ethanoic acid
60.1
17
118
100
2.0
6.00 g
1.06 g/mL 5.7 mL
(99.7%)
(Fisher)
H2SO4
(Fisher)
98.0
0.06
0.001
5.4 mg
1.84 g/mL 0.3 mL
isopentyl
ethanoate
130.2
6.51 g
-79
136
50
1.0
0.87 g/mL 7.5 mL
(Fisher)
Pentane
36
0.63 g/mL 43 mL
(Fisher)
Procedure:](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F33367630-baef-4794-a3c7-3f7d1dfa9a18%2Ffc3333ee-3bb7-4089-9745-6a6e044443b3%2Fudnelm_processed.png&w=3840&q=75)
Transcribed Image Text:Experiment: Fischer Ester Synthesis (FE)
Title: Synthesis of Isopentyl Ethanoate, the Banana Fragrance (concentrated), the Pear Fragrance
(dilute aqueous solution), and Honeybee's Sting Pheromone.
Ref:
Miner Laboratories, Organic Syntheses Collected Volume I (1941), p. 285.
Purpose: Emil Fischer synthesis of isopentyl ethanoate from isopentanol and acetic acid.
cat. H2SO4
H2O
reflux 1 h
Reagent table:
Reagent
(source)
Mwt
mp °C
bp °C
mmol
equiv
mass
density
volume
4.41 g
3-methylbutanol
(Fisher)
88.2
130
50
1.0
0.81 g/mL 5.4 mL
ethanoic acid
60.1
17
118
100
2.0
6.00 g
1.06 g/mL 5.7 mL
(99.7%)
(Fisher)
H2SO4
(Fisher)
98.0
0.06
0.001
5.4 mg
1.84 g/mL 0.3 mL
isopentyl
ethanoate
130.2
6.51 g
-79
136
50
1.0
0.87 g/mL 7.5 mL
(Fisher)
Pentane
36
0.63 g/mL 43 mL
(Fisher)
Procedure:
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