Redox chemistry

In-person teacher professional development courses from the Royal Society of Chemistry

Travel down an important conceptual pathway leading to a fundamental understanding: all chemical reactions can be perceived as the rearrangement of electrons. You will gain a greater understanding of the key concepts in redox reactions and how to support your students in their learning.

Pre-16 courses

Learning objectives

Participants will learn about:

  • the sequence of key ideas that students need in order to understand redox chemistry
  • how microscale chemistry can be used to help students ‘get to grips with electrons’
  • the common misconceptions and challenges that students experience with redox chemistry

Learning outcomes

Participants will be able to:

  • design key experiments, demonstrations and activities that develop student understanding of redox chemistry
  • challenge students to think about electron flow in a chemical reaction
  • plan a sequence of microscale experiments to support student understanding of key ideas, including electrolysis
  • recognise common misconceptions that arise and adapt teaching methods to minimise them

 

Each course is tailored to specific needs, so objectives and outcomes may vary slightly from those given here.

Post-16 courses

Learning objectives

Participants will learn about:

  • the sequence of key ideas that students need in order to understand redox chemistry
  • how microscale chemistry can be used to help students ‘get to grips with electrons’
  • the common misconceptions and challenges that students experience with redox chemistry

Learning outcomes

Participants will be able to:

  • design key experiments, demonstrations and activities that develop student understanding of electrode potentials, oxidations and redox titrations
  • apply ideas of electron flow to predict whether a chemical reaction will take place
  • understand the benefits of using microscale experiments to support student understanding of key ideas in redox chemistry
  • recognise common misconceptions that arise, for example around electrode potentials, and adapt teaching methods to minimise them

Each course is tailored to specific needs, so objectives and outcomes may vary slightly from those given here.

Science classroom

Classroom resources

Activities from our Redox Chemistry professional development course for teachers

Man pouring molten metal into cast

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