One application of adsorption on surfaces is to measure the ability of acti- vated charcoal to adsorb acid. (Activated charcoal, a form of treated carbon, is very porous and is used to adsorb impurities from water. Its use in aquar- iums typifies this behavior.) In a lab experiment, a student mixes a given amount of powdered charcoal into a series of acetic acid solutions. The acetic acid solutions have different initial concentrations. Some of the acid is ad- sorbed onto the charcoal. By taking aliquots after equilibrium is established, the student determines the change in acid concentration. Plot a Langmuir isotherm for the experimental data and determine the equilibrium constant for the adsorption. The experimental data are as follows: Original concentration (M) 0.7001 Change in concentration (M) 0.3694 0.1515 0.0437 0.0169 0.00665 0.00588 0.00553 0.00283. 0.00153
One application of adsorption on surfaces is to measure the ability of acti- vated charcoal to adsorb acid. (Activated charcoal, a form of treated carbon, is very porous and is used to adsorb impurities from water. Its use in aquar- iums typifies this behavior.) In a lab experiment, a student mixes a given amount of powdered charcoal into a series of acetic acid solutions. The acetic acid solutions have different initial concentrations. Some of the acid is ad- sorbed onto the charcoal. By taking aliquots after equilibrium is established, the student determines the change in acid concentration. Plot a Langmuir isotherm for the experimental data and determine the equilibrium constant for the adsorption. The experimental data are as follows: Original concentration (M) 0.7001 Change in concentration (M) 0.3694 0.1515 0.0437 0.0169 0.00665 0.00588 0.00553 0.00283. 0.00153
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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![One application of adsorption on surfaces is to measure the ability of acti-
vated charcoal to adsorb acid. (Activated charcoal, a form of treated carbon,
is very porous and is used to adsorb impurities from water. Its use in aquar-
iums typifies this behavior.) In a lab experiment, a student mixes a given
amount of powdered charcoal into a series of acetic acid solutions. The acetic
acid solutions have different initial concentrations. Some of the acid is ad-
sorbed onto the charcoal. By taking aliquots after equilibrium is established,
the student determines the change in acid concentration. Plot a Langmuir
isotherm for the experimental data and determine the equilibrium constant
for the adsorption. The experimental data are as follows:
Original concentration (M)
0.7001
Change in concentration (M)
0.3694
0.1515
0.0437
0.0169
0.00665
0.00588
0.00553
0.00283.
0.00153](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F4664cf11-6456-481c-a9d2-ae6a723dff68%2F463044c8-98fc-4b5f-8d40-6584fad83dea%2F7iwbtpr_processed.jpeg&w=3840&q=75)
Transcribed Image Text:One application of adsorption on surfaces is to measure the ability of acti-
vated charcoal to adsorb acid. (Activated charcoal, a form of treated carbon,
is very porous and is used to adsorb impurities from water. Its use in aquar-
iums typifies this behavior.) In a lab experiment, a student mixes a given
amount of powdered charcoal into a series of acetic acid solutions. The acetic
acid solutions have different initial concentrations. Some of the acid is ad-
sorbed onto the charcoal. By taking aliquots after equilibrium is established,
the student determines the change in acid concentration. Plot a Langmuir
isotherm for the experimental data and determine the equilibrium constant
for the adsorption. The experimental data are as follows:
Original concentration (M)
0.7001
Change in concentration (M)
0.3694
0.1515
0.0437
0.0169
0.00665
0.00588
0.00553
0.00283.
0.00153
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