• Redox Reactions and Introduction to Electrochemistry
  
  •  define electrochemical cell
    
  •  balance redox equations
  •  determine cell potential
  •  use line notation
  •  apply Nernst equation
  •  describe concentration cells

• Chemical Kinetics
  
  •  determine the rate law from experimental data
  •  determine the reaction order from the rate law
  •  use the integrated rate law (for first order reactions only)
  •  use half lifes
  •  describe the collision model of reaction kinetics
  •  appreciate the role of the activation energy in determining the rate law
  •  use the Arrhenius equation to work out the activation energy
  •  describe how catalysts work by providing an alternative reaction mechanism with a lower activation energy

• Redox Reactions and Introduction to Electrochemistry - Chapter 12
• Chemical Kinetics - Chapter 15

Redox Reactions and Introduction to Electrochemistry

• Electrolysis
• Electrochemistry
• Complexes and redox equations
• Electrochemistry

Chemical Kinetics

• Kinetics - self learning questions (2)
• Kinetics - self learning questions (1)
• Reaction rates and chemical kinetics (2)
• Reaction rates and chemical kinetics

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Redox Reactions and Introduction to Electrochemistry -
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