Suppose you have a 11.4 cm long chromatography column with an inner diameter of 5.47 mm that is packed with a stationary phase that occupies 66.0% of the volume. What is the linear flow rate, ux, in centimeters per minute, if the volumetric flow rate, F, is 1.98 mL/min? Ux = cm/min How long will it take, in minutes, for the solvent to pass through the column? min tM = What is the retention time, in minutes, on this column for a solute with the retention factor, k, of 11.0? min tR =

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Suppose you have a 11.4 cm long chromatography column with an inner diameter of 5.47 mm that is packed with a stationary
phase that occupies 66.0% of the volume.
What is the linear flow rate, ux, in centimeters per minute, if the volumetric flow rate, F, is 1.98 mL/min?
Ux =
cm/min
How long will it take, in minutes, for the solvent to pass through the column?
min
tM =
What is the retention time, in minutes, on this column for a solute with the retention factor, k, of 11.0?
min
tR =
%3D
Transcribed Image Text:Suppose you have a 11.4 cm long chromatography column with an inner diameter of 5.47 mm that is packed with a stationary phase that occupies 66.0% of the volume. What is the linear flow rate, ux, in centimeters per minute, if the volumetric flow rate, F, is 1.98 mL/min? Ux = cm/min How long will it take, in minutes, for the solvent to pass through the column? min tM = What is the retention time, in minutes, on this column for a solute with the retention factor, k, of 11.0? min tR = %3D
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