- B Number Of Theoretical Plates Average N C Height Of Theoretical Plates H D What Will Be Value Of N If The Resolu 1 (41.83 KiB) Viewed 81 times
- B Number Of Theoretical Plates Average N C Height Of Theoretical Plates H D What Will Be Value Of N If The Resolu 2 (41.83 KiB) Viewed 81 times
- B Number Of Theoretical Plates Average N C Height Of Theoretical Plates H D What Will Be Value Of N If The Resolu 3 (29 KiB) Viewed 81 times
b- Number of theoretical plates; Average N? C- Height of theoretical plates; H? d- What will be value of N if the resolution between peak C and Peak Dis 2.5? Name Cakulation of Derived Quantities Unear mobile-phase velocity Volume of mobile phase ty VP Retention factor 14 Distribution constant KA Selectivity factor a- (-tu - (t.). - R- WA+W Resolution Number of plates N = 16 - %) Plate height HE4 N . 16RH a l'1+k Retention time
b- Number of theoretical plates; Average N? C- Height of theoretical plates; H? d- What will be value of N if the resolution between peak C and Peak Dis 2.5? Name Cakulation of Derived Quantities Unear mobile-phase velocity Volume of mobile phase ty VP Retention factor 14 Distribution constant KA Selectivity factor a- (-tu - (t.). - R- WA+W Resolution Number of plates N = 16 - %) Plate height HE4 N . 16RH a l'1+k Retention time
Q.4 The following data are for a liquid chromatographic 4 marks, 1 each The column Length of packing 25 cm, Flow rate 1.35 mL/min, VM 1.37 mL, Vs 0.164 mL, A chromatogram of a mixture of species A, B provided the following data: Non-retained Peak A Peak B Retention Time, min Width of Peak Base (W), min 2.5 7.3 0.95 13.6 1.22 Calculate: a- Resolution; RS?