Course curriculum

    1. Syllabus

      FREE PREVIEW

    1. 1.1 The Mole and Elemental Composition: Molar Mass and Percent Composition

    2. Quiz 1.1

    3. 1.1 Interactive Lab: Grams, Moles and Particles

    4. 1.2 Mass Spectra of Elements: Reading Isotope Peaks

    5. Quiz 1.2

    6. 1.2 Interactive Lab: Average Atomic Mass from a Mass Spectrum

    7. 1.3 Composition of Mixtures: Mass Percent and Pure Versus Mixed

    8. Quiz 1.3

    9. 1.4 Atomic Structure and Electron Configuration: Coulomb's Law and Shells

    10. Quiz 1.4

    11. 1.5 Photoelectron Spectroscopy: Reading PES Spectra

    12. Quiz 1.5

    13. 1.5 Interactive Lab: PES Spectrum Matching

    14. 1.6 Periodic Trends and Valence Electrons: Radius, Ionization Energy, and Ions

    15. Quiz 1.6

    16. 1.6 Interactive Lab: Periodic Trend Rankings

    1. 2.1 Types of Chemical Bonds and Potential Energy of Bonding

    2. Quiz 2.1

    3. 2.2 Ionic Solids: Lattice Structure and Properties

    4. Quiz 2.2

    5. 2.3 Metals and Alloys: Sea of Electrons and Interstitial Structures

    6. Quiz 2.3

    7. 2.4 Lewis Diagrams: Drawing Molecules and Ions

    8. Quiz 2.4

    9. 2.4 Interactive Lab: Lewis Diagram Workshop

    10. 2.5 Resonance and Formal Charge

    11. Quiz 2.5

    12. 2.6 VSEPR and Hybridization: Predicting Shape and Bond Angles

    13. Quiz 2.6

    14. 2.6 Interactive Lab: Molecular Shape Workshop

    1. 3.1 Intermolecular Forces: London, Dipole, and Hydrogen Bonding

    2. Quiz 3.1

    3. 3.1 Interactive Lab: Ranking Boiling Points

    4. 3.2 Properties of Solids, Liquids, and Gases

    5. Quiz 3.2

    6. 3.3 The Ideal Gas Law: PV = nRT

    7. Quiz 3.3

    8. 3.3 Interactive Lab: Solving Ideal Gas Problems

    9. 3.4 Kinetic Molecular Theory: Speeds and Distributions

    10. Quiz 3.4

    11. 3.5 Deviations from Ideal Gas Behavior

    12. Quiz 3.5

    13. 3.6 Solutions and Mixtures: Molarity and Particulate Representations

    14. Quiz 3.6

    15. 3.7 Separating Mixtures: Chromatography and Distillation

    16. Quiz 3.7

    17. 3.8 Solubility: Why Substances Dissolve

    18. Quiz 3.8

    19. 3.9 Spectroscopy and Photons: The Electromagnetic Spectrum

    20. Quiz 3.9

    21. 3.10 The Beer-Lambert Law: Absorbance and Concentration

    22. Quiz 3.10

    23. 3.10 Interactive Lab: Calibration Curve Workshop

    1. 4.1 Introduction to Reactions: Physical and Chemical Changes

    2. Quiz 4.1

    3. 4.2 Net Ionic Equations: Spectator Ions

    4. Quiz 4.2

    5. 4.3 Representations of Reactions: Particulate Diagrams

    6. Quiz 4.3

    7. 4.4 Stoichiometry: Limiting Reactants and Yields

    8. Quiz 4.4

    9. 4.4 Interactive Lab: Limiting Reactant and Percent Yield

    10. 4.5 Introduction to Titration: Finding Unknown Concentration

    11. Quiz 4.5

    12. 4.6 Types of Chemical Reactions: Precipitation, Combustion, and Synthesis

    13. Quiz 4.6

    14. 4.7 Acid-Base Reactions and Proton Transfer

    15. Quiz 4.7

    16. 4.8 Oxidation-Reduction Reactions: Tracking Electrons

    17. Quiz 4.8

    18. 4.8 Interactive Lab: Redox Balancing Workshop

    1. 5.1 Reaction Rates: Measuring How Fast Reactions Go

    2. Quiz 5.1

    3. 5.2 Rate Laws: Orders and Rate Constants from Data

    4. Quiz 5.2

    5. 5.2 Interactive Lab: Initial Rates Workshop

    6. 5.3 Concentration Changes Over Time: Integrated Rate Laws and Half-Life

    7. Quiz 5.3

    8. 5.3 Interactive Lab: Find the Straight Line

    9. 5.4 Elementary Reactions and the Collision Model

    10. Quiz 5.4

    11. 5.5 Reaction Energy Profiles: Activation Energy

    12. Quiz 5.5

    13. 5.6 Reaction Mechanisms and Rate Laws

    14. Quiz 5.6

    15. 5.7 Pre-Equilibrium and Multistep Energy Profiles

    16. Quiz 5.7

    17. 5.7 Interactive Lab: Multistep Profile Workshop

    18. 5.8 Catalysis: Lowering the Barrier

    19. Quiz 5.8

About this course

  • $19.00
  • 182 lessons
  • 0 hours of video content

Discover your potential, starting today

Enroll today