- Maler der with owo. The wall cated with that tiny has tariatta pa tarts colarean naa whas a total HA - lcoorO M k= TOOLS Calcy *10" . Kp = What fraction of time did the solute spend in the stationary phase? fraction of time in the stationary phase: a Consider a separation performed on a 30.0 mm long open tubular column with a 0.50 mm diameter and a 2.0 pm thick stationary phase. Compound A cluted at 12.83 min, compound B eluted at 13.10 min, and the unretained solvent eluted at 1.010 min. What are the adjusted retention times, t, and retention factors, k. for compounds A and B? min fra= min FRB = KA = ke What is the separation factor (relative retention), a, for this separation? ka = kB = What is the separation factor (relative retention), a, for this separation? a = The widths at half-height, W12, of the peaks for compounds A and B are 0.121 min and 0.281 min, respectively. Find the number of theoretical plates, N, and plate height, H, for each compound. NA Ng = + micrometer to em - Google Sex Question 10 of 11 Chapter 231 X Resources Ng = mm HA= Hg = The number of theoretical plates for the column is calculated as N = VN. * Nu Using NA and No calculate the expected resolution for this separation resolution: Enter value