The following are data for the adsorption of CO on wood charcoal at 0°C. The following pressure P is in mm Hg while x is the volume of gas in cc, measured at standard conditions, adsorbed by 2.964 g of charcoal: 73 7.5 540 38.1 180 16.5 882 52.3 309 25.1 a. Find k andn of Freundlich equation b. Find graphically the constants a and b in the Langmuir equation which fit the data given c. From the results of the preceding problem, calculate the volume of CO at standard conditions adsorbed by 1 g of wood charcoal at 0°C when partial pressure of CO is 400 mm.
The following are data for the adsorption of CO on wood charcoal at 0°C. The following pressure P is in mm Hg while x is the volume of gas in cc, measured at standard conditions, adsorbed by 2.964 g of charcoal: 73 7.5 540 38.1 180 16.5 882 52.3 309 25.1 a. Find k andn of Freundlich equation b. Find graphically the constants a and b in the Langmuir equation which fit the data given c. From the results of the preceding problem, calculate the volume of CO at standard conditions adsorbed by 1 g of wood charcoal at 0°C when partial pressure of CO is 400 mm.
Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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Transcribed Image Text:The following are data for the adsorption of CO on wood charcoal at 0°C. The following
pressure P is in mm Hg while x is the volume of gas in cc, measured at standard
conditions, adsorbed by 2.964 g of charcoal:
P
73
7.5
540
38.1
180
16.5
882
52.3
309
25.1
a. Find k andn of Freundlich equation
b. Find graphically the constants a and b in the Langmuir equation which fit the data
given
c. From the results of the preceding problem, calculate the volume of CO at
standard conditions adsorbed by 1 g of wood charcoal at 0°C when partial
pressure of CO is 400 mm.
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