Course curriculum

  • 2
    2b. Solubility
    • Solubility Summary
    • 1. Solute, Solvent, Soluble, Insoluble Dilute, Concentrated (3:28)
    • 2. Saturated, Unsaturated, Super-Saturated (4:43)
    • 3. Solubility Curves (6:31)
    • 4. Polar Molecules, Solubility, Ionisation (7:34)
    • 5. Solubility of Ionic Compounds, Solubility Rules (4:04)
    • 6. Precipitation Reactions, Spectator Ions, Ionic Equations (6:46)
    • 7. Writing Precipitation Reactions & Ionic Equations (4:43)
    • Multiple Choice Questions
  • 3
    2c. Concentration
    • Concentration Summary
    • 1. Conversion of Metric Units (1:35)
    • 2. Concentration - Mass_Amount (4:59)
    • 3. Parts Per Million-ppm (2:52)
    • 4. Percentage Concentration (3:27)
    • 5. Concentration of Ions in Solution (4:56)
    • 6. Dilution Calculations (6:56)
    • 7. Molarity (7:12)
    • Multiple Choice Questions
  • 4
    2d. Acids & Bases
    • Acids & Bases Summary
    • 1. Acids and Bases (4:57)
    • 2. Reactions of Acids, Ionic Equations (9:01)
    • 3. Bronsted-Lowry Theory, Conjugate Acid Base Pairs (3:34)
    • 4. Polyprotic, Amphiprotic (5:56)
    • 5. Strength versus Concentration (2:37)
    • 6. Self Ionisation of Water, Ionisation Constant Kw (5:18)
    • 7. pH (7:45)
    • 8. Indicators (2:03)
    • Multiple Choice Questions
  • 5
    2e. Redox Reactions
    • Redox Reactions Summary
    • 1. Oxidation, Reduction, Half Equations, Overall Equations (6:42)
    • 2. Balancing Half Equations, Writing Full Redox Reactions (4:54)
    • 3. Redox Terms, Reductant, Oxidation, Oxidant, Reduction (2:59)
    • 4. Reactivity of Metals (3:15)
    • 5. Electrochemical Series (6:43)
    • 6. Eo Values - Predicting Spontaneous Reactions (3:40)
    • 7. Galvanic, Electrochemical Cells (10:22)
    • 8. Oxidation Numbers (13:08)
    • Multiple Choice Questions
  • 6
    2f. Stoichiometry
    • Stoichiometry Summary
    • 1. Mole Ratio (4:32)
    • 2. Mass-Mass Stoichiometry (5:22)
    • 3. Mass-Volume Stoichiometry (5:53)
    • 4. Volume-Volume Stoichiometry (3:19)
    • 5. Excess & Limiting Reactants (12:35)
    • Multiple Choice Questions
  • 7
    2g. Colorimetry & UV-Vis Spectroscopy
    • Colorimetry & UV-Vis Spectroscopy Summary
    • 1. Colour, Transmission of Light, Simple Colorimetry (4:31)
    • 2. Colorimeter, Calibration Curves (3:37)
    • 3. UV-Vis Spectrometer (3:59)
    • 4. UV-Vis Spectroscopy - Qualitative, Quantitative Analysis (4:04)
    • Multiple Choice Questions
  • 8
    2h. Atomic Absorption Spectroscopy
    • AAS Summary
    • 1. Atomic Emission Spectroscopy (5:09)
    • 2. Atomic Absorption Spectroscopy (4:55)
    • 3. AAS Calibration Curves (5:02)
    • Multiple Choice Questions
  • 9
    2i. Chromatography
    • Chromatography Summary
    • 1. Paper Chromatography, Stationary, Mobile Phases, Adsorption,Desorption (4:33)
    • 2. Thin Layer Chromatography (2:15)
    • 3. Retardation Factor (4:00)
    • 4. Column Chromatography, HPLC (3:22)
    • 5. Qualitative Analysis, Retention Times (2:35)
    • 6. Quantitative Analysis, Area Under the Peak, Calibration Curves (2:46)
    • Multiple Choice Questions
  • 10
    2k. Volumetric Analysis
    • Volumetric Analysis Summary
    • 1. Volume-Volume Stoichiometry (3:20)
    • 2. Standard Solutions (3:18)
    • 3. Titration Glassware Set-up (5:02)
    • 4. Indicators - End Point, Equivalence Point (6:01)
    • 5. Errors (4:08)
    • 6. Sources of Error (5:15)
    • 7. Redox Tritration (5:30)
    • 8. Calculation, Dilution, Titration Example 1 (6:15)
    • 9. Calculation, Dilution, Titration Example 2 (5:44)
    • Multiple Choice Questions