Question
A solvent passes through a chromatography column in 3.09 min, but the solute requires 9.80 min. The volume of the stationary phase is 0.165
A solvent passes through a chromatography column in 3.09 min, but the solute requires 9.80 min. The volume of the stationary phase is 0.165 times the volume of the mobile phase in the column (Vs = 0.165VM). What is the distribution constant, Kp, for this system? Kp 12.12 Incorrect An open tubular chromatography column is 30.2 m long with an inner diameter of 0.513 mm. The inside wall is coated with a layer of 3.00 um thick stationary phase. Unretained solute passes through the column in 3.59 min (fM), and a certain solute has a retention time of 16.92 min (tR). What is the volume flow rate? mL volume flow rate: 3.689 x10 min Incorrect Calculate the distribution constant, Kp. Kp = 6.96 x10-4 Incorrect
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Quantitative Chemical Analysis
Authors: Daniel C. Harris
8th edition
1429218150, 978-1429218153
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