Advanced Chemistry: Electrochemistry

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About Course

This course equips Form Five and Six students with practical and theoretical knowledge in Electrochemistry, including redox reactions, electrolysis, titrations, electrode potentials, and NECTA-based problem solving. It’s designed to build competence, critical thinking, and scientific confidence.

What Will You Learn?

  • Understand and apply oxidation and reduction principles
  • Balance redox reactions using ion–electron method
  • Perform and analyze redox titrations
  • Apply Faraday’s laws to electrolysis calculations
  • Identify electrochemical cells and standard electrode potentials
  • Use the Nernst equation to calculate cell potentials
  • Investigate corrosion and methods of prevention
  • Explore the conductivity of electrolyte solutions
  • Gain practical skills in setting up electrochemical experiments
  • Solve NECTA-style questions confidently

Course Content

Module 1: Introduction to Electrochemistry
Overview of electrochemistry, its applications, and relevance in daily life and industrial processes.

Module 2: Redox Reactions
Understanding oxidation, reduction, oxidation numbers, and balancing redox equations.

📘 Module 3: Electrolysis

📘 Module 4: Redox Titrations

Electrode Potentials

📘 Module 6: Corrosion

📘 Module 7: Conductivity of Electrolyte Solutions

📘 Module 8: Electrolytic Cells

📘 Module 9: Applications of Electrolysis in Industry

📘 Module 10: Redox Titrations and Calculations