• Collision Theory

    Rate Comparisons

    Integrated Rate Law

    Differential Rate Law

  • Equilibrium

    Equilibrium Expression

    ICE Tables

    Calculating K

    K vs Q

    Le Chatelier's Principle

  • Definitions

    Conjugate Acids & Base Pairs

    Autoionization of water

    pH Scale

    Strong Acids/ Bases

    Ka and Kb

    Buffer

    Titrations

    Indicators

    pH salts

  • Entropy

    Gibb's Free Energy

    G and Temperature

  • Oxidation numbers

    Half Reactions

    Balancing Redox reactions

    Voltaic cells

    Cell potential (standard conditions)

    Cell potential (non-standard)

    Electrolysis

    Quantitative Electrochemistry

Orbitals

Related Examples and Practice Problems

Additional Worked Out Examples/ Practice

  • Identifying classification types: Differentiation between elements, compounds or mixtures and homogeneous and heterogenous mixtures

  • Separation techniques: Selected and explaining limitation of appropriate separation

  • Relating Properties to Composition: Predicting classification based on descriptive properties

    and more …

Topic Summary & Highlights
and Help Videos

Core Concept

Orbitals = Probabilities in 3D space where an electron could be found most of the time. 

There are 4 common types (shapes) of orbitals: s,  p,  d,  and  f

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