|Ch.1 Matter and Measurements||4hrs & 24mins||0% complete|
|Ch.2 Elements, Atoms, And The Periodic Table||3hrs & 11mins||0% complete|
|Ch.2 Atoms and the Periodic Table||5hrs & 14mins||0% complete|
|Ch.3 Ionic Compounds||2hrs & 12mins||0% complete|
|Ch.4 Molecular Compounds||2hrs & 18mins||0% complete|
|Ch.5 Classification & Balancing of Chemical Reactions||3hrs & 17mins||0% complete|
|Ch.6 Chemical Reactions & Quantities||2hrs & 36mins||0% complete|
|Ch.7 Energy, Rate and Equilibrium||3hrs & 33mins||0% complete|
|Ch.8 Gases, Liquids and Solids||3hrs & 34mins||0% complete|
|Ch.9 Solutions||4hrs & 11mins||0% complete|
|Ch.10 Acids and Bases||3hrs & 26mins||0% complete|
|Ch.11 Nuclear Chemistry||56mins||0% complete|
|BONUS: Lab Techniques and Procedures||1hr & 30mins||0% complete|
|BONUS: Mathematical Operations and Functions||47mins||0% complete|
Chromatography uses differences in molecular attraction to separate components within a mixture.
Concept #1: Chromatography
The mixture that is spotted on the silica gel plate has its movement based on its affinity to either the solvent or to the plate itself.
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