• J.1. Rate of a Reaction

    1. J.1.M. Play Multiplayer 0 wins, 0 losses

    2. J.1.Q. Unit Challenge

    3. J.1.1. Activation Energy

      1. J.1.1.O. Overview
      2. J.1.1.1. Identifying the activation energy on an energy diagram
      3. J.1.1.2. Identifying activation energy as part of reaction rates
    4. J.1.2. Catalysts

      1. J.1.2.O. Overview
      2. J.1.2.1. Identifying function of catalyst in a reaction
    5. J.1.3. Factors impacting rates of reactions

      1. J.1.3.O. Overview
      2. J.1.3.1. Describing impact of the nature of Reactants on reaction rate
      3. J.1.3.2. Describing the impact of concentration on reaction rate
      4. J.1.3.3. Describing impact of the Surface Area on reaction rate
      5. J.1.3.4. Describing the impact of Temperature on reaction rate
      6. J.1.3.5. Presence of Catalysts and competition on reaction rate
    6. J.1.4. Reaction Rates and Rate Law

      1. J.1.4.O. Overview
      2. J.1.4.1. Writing the Rate Law for a reaction
      3. J.1.4.2. Determining Order of a reaction
      4. J.1.4.3. Determining the rate from experimental data
    7. J.1.5. Reaction Mechanisms

      1. J.1.5.O. Overview
      2. J.1.5.1. Determining the rate-determining step in reaction mechanism
      3. J.1.5.2. Finding rate of reaction mechanism
      4. J.1.5.3. Identifying catalysts in a reaction
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  • J.2. Dynamic Equilibrium

    1. J.2.M. Play Multiplayer 0 wins, 0 losses

    2. J.2.Q. Unit Challenge

    3. J.2.1. Law of Mass Action

      1. J.2.1.O. Overview
      2. J.2.1.1. Describing dynamic equilibrium
      3. J.2.1.2. Writing equilibrium expressions for aqueous systems
      4. J.2.1.3. Writing equilibrium expressions for gas phase systems
      5. J.2.1.4. Writing equilibrium expressions for mixed-phase systems
      6. J.2.1.5. Determining if forward or reverse reaction is favored
      7. J.2.1.6. Finding Concentration of each substance at equilibrium
      8. J.2.1.7. Converting between Kc and Kp for gas phase systems
    4. J.2.2. LeChatelier’s Principle

      1. J.2.2.O. Overview
      2. J.2.2.1. Interpreting effects of adding reactants or products
      3. J.2.2.2. Interpreting effects of changes in Volume
      4. J.2.2.3. Interpreting effects of changes in Temperature
      5. J.2.2.4. Interpreting the effect of adding a catalyst
      6. J.2.2.5. Explaining the effects of each factor on reaction rates
    5. J.2.3. Ionic Equilibria

      1. J.2.3.O. Overview
      2. J.2.3.1. Determining Solubility product constant Ksp based on solubility
      3. J.2.3.2. Finding Solubility based on Ksp
      4. J.2.3.3. Solving problems involving the Common-Ion Effect
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