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The retention factor (or capacity factor), k of a compound is defined as k= ms/mm, that is by the ratio of the masses of
Posted: Wed May 04, 2022 3:19 pm
by answerhappygod
- The Retention Factor Or Capacity Factor K Of A Compound Is Defined As K Ms Mm That Is By The Ratio Of The Masses Of 1 (51.82 KiB) Viewed 45 times
- The Retention Factor Or Capacity Factor K Of A Compound Is Defined As K Ms Mm That Is By The Ratio Of The Masses Of 2 (3.08 KiB) Viewed 45 times
The retention factor (or capacity factor), k of a compound is defined as k= ms/mm, that is by the ratio of the masses of the compound in equilibrium in the two phases. Show, from the information given in the corresponding chromatogram, that the expression used - k = (tr-tM)/tm - is equivalent to this. Remember that for a given compound the relation between the retention time tr, the time spent in the mobile phase tm (hold-up or dead time) and the time spent in the stationary phase ts, is as follows: tr=tM+ts
Detector signal "₂ "2 Time