Q2: The following data were obtained for a separation using a 0.5 mm id, 10 meters open :tubular column Peak base Retention time width (min) (min) 2.0 Methane 0.65 8.0 Cyclohexane 0.72 8.17 Methylcyclohexane 0.95 10.2 Toluene a)Draw the chromatogram and label the peaks b) Calculate the number of the theoretical .1 plate for each compound (N) and plate height (H) c) Calculate the capacity factor for each .2 compound d) the resolution between tow consequent.3 peak Rs e) Calculate the length of the column needed.4 to separate cyclohexane and .methylcyclohexane at a resolution of 1.6 f) is the system suitable with accepted .5 ?parameters Q2: The following data were obtained for a separation using a 0.5 mm id, 10 meters open :tubular column Peak base Retention time width (min) (min) 2.0 Methane 0.65 8.0 Cyclohexane 0.72 8.17 Methylcyclohexane 0.95 10.2 Toluene a)Draw the chromatogram and label the peaks b) Calculate the number of the theoretical .1 plate for each compound (N) and plate height (H) c) Calculate the capacity factor for each .2 compound d) the resolution between tow consequent.3 peak Rs e) Calculate the length of the column needed.4 to separate cyclohexane and .methylcyclohexane at a resolution of 1.6 f) is the system suitable with accepted .5 ?parameters