Experiments are conducted on the uptake of a water pollutant in water over an adsorbing solid. Once equilibrium is reached the concentration C, of the pollutant in the water (in mg/L) and the ratio Q of mass of adsorbing solid/mass of adsorbed pollutant (in g/mg) are measured. Experimental data are presented in the table below. These data are correlated using the following equation: where a and 8 are constants and: Cp is in mg/L Q is in g/mg a. Determine the units of a and B in this equation: b. Appropriately transform the above equation using newly defined variables so that you can linearly regress the data visually to obtain the values of a and B. (1/8u) d) (Bu/8) O 1.3 0.0049 0.0035 12.5 0.0027 75.2 0.0018 930.2

Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
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Experiments are conducted on the uptake of a water pollutant in water over an adsorbing solid. Once equilibrium is reached
the concentration C, of the pollutant in the water (in mg/L) and the ratio Q of mass of adsorbing solid/mass of adsorbed
pollutant (in g/mg) are measured. Experimental data are presented in the table below. These data are correlated using the
following equation:
where a and 8 are constants and:
Cp is in mg/L
Q is in g/mg
a. Determine the units of oa and B in this equation:
b. Appropriately transform the above equation using newly defined variables so that you can linearly regress the data
visually to obtain the values of a and B.
Cp (mg/L)
Q (g/mg)
0.0049
1.3
0.0035
12.5
0.0027
75.2
0.0018
930.2
Transcribed Image Text:Experiments are conducted on the uptake of a water pollutant in water over an adsorbing solid. Once equilibrium is reached the concentration C, of the pollutant in the water (in mg/L) and the ratio Q of mass of adsorbing solid/mass of adsorbed pollutant (in g/mg) are measured. Experimental data are presented in the table below. These data are correlated using the following equation: where a and 8 are constants and: Cp is in mg/L Q is in g/mg a. Determine the units of oa and B in this equation: b. Appropriately transform the above equation using newly defined variables so that you can linearly regress the data visually to obtain the values of a and B. Cp (mg/L) Q (g/mg) 0.0049 1.3 0.0035 12.5 0.0027 75.2 0.0018 930.2
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