In: Chemistry
1) Matching. Fill in the number matching column A with the column B
_______ adsorption chromatography 1. Solute equilibrates between mobile phase and surface of stat. phase
_______ Reverse phase 2. Effluent from a chromatographic column
_______ ion-exchange chromatography 3. Relates resolving power of a column with parameters that cause peak broadening
_______ molecular exclusion chromatography 4. The most common type of column used in partition chromatography
_______ affinity chromatograhy 5. Different size solutes penetrate voids in stationary phase to different extents
_______ van Deemter Equation/Plot 6. A measure of efficiency of separation and column performance
_______ Resolution 7. Sample preparation method where stationary phase coated on a needle is exposed to sample for collection of
analyte prior to analysis
_______ diffusion 8. Monitoring the “trees instead of the forest” in mass spectra
_______ retention factor 9. Ions in mobile phase are attracted to counterions covalently attached to stationary phase
_______ elution 10. Net transport of solute from a region of high concentration to low concentration
______SPME 11. solute in moblie phase is attracted to highly specific groups covalently attached to stationary phase
_______ SIM 12. Relatively non-polar mobile phase and polar stationary phase
_______ split injection 13. Time component resides in stat. phase compared to mobile phase
_______ Normal phase 14. Helps avoid peak fronting from overloading columns
Matching. Fill in the number matching column A with the column B
___4____ adsorption chromatography 1. Solute equilibrates between mobile phase and surface of stat. phase
___1____ Reverse phase 2. Effluent from a chromatographic column
___9____ ion-exchange chromatography 3. Relates resolving power of a column with parameters that cause peak broadening
___5____ molecular exclusion chromatography 4. The most common type of column used in partition chromatography
___11____ affinity chromatography 5. Different size solutes penetrate voids in stationary phase to different extents
____3___ van Deemter Equation/Plot 6. A measure of efficiency of separation and column performance
____8___ Resolution 7. Sample preparation method where stationary phase coated on a needle is exposed to sample for collection of analyte prior to analysis
___10____ diffusion 8. Monitoring the “trees instead of the forest” in mass spectra
____6___ retention factor 9. Ions in mobile phase are attracted to counter ions covalently attached to stationary phase
____2___ elution 10. Net transport of solute from a region of high concentration to low concentration
___13___SPME 11. solute in mobile phase is attracted to highly specific groups covalently attached to stationary phase
____14___ SIM 12. Relatively non-polar mobile phase and polar stationary phase
___7____ split injection 13. Time component resides in stat. phase compared to mobile phase
___12____ Normal phase 14. Helps avoid peak fronting from overloading columns