Help your 11–16 students calculate answers independently and effectively with this acronym
Help your students develop their numeracy confidence with these back-to-basics steps
Improve your students’ understanding of one of post-16 chemistry’s trickiest topics
How to upskill learners to use AI as an interactive tutor, reduce frustration and build their confidence at home
Use these four ideas to effectively teach and contextualise this crucial chemistry unit
Four teacher-tested approaches to encourage self-explanation and build learners’ confidence, engagement and understanding
Strengthen your students’ grasp of the atom and electronic configurations with these models and strategies
Ensure your students succeed with structural and stereoisomerism
Help learners master the concept of conservation of mass with these hands-on teaching ideas
Video, kit list and teaching tips to set up a one-beaker copper–zinc voltaic cell to explore redox reactions
Use this demonstration when teaching concentration gradients, diffusion and convection at 11–16
Demonstrate diffusion, density and the particle model to your 14–16 learners in this easy experiment
Turn 14–16 learners onto the key trends they need to understand for exam success with this poster, fact sheet and classroom activity
Help your post-16 learners grasp the titration method with this poster, fact sheet and practical example
Use a sequential approach to reinforce learning and maximise student success
Read how microbarriers are getting in the way of your SEN students’ progress – and ideas for removing obstacles in four areas of need
Two strategies to improve learners’ thinking about thinking when solving chemistry problems
Use digital resources to improve students’ chemistry learning outcomes
They’re key to learners identifying positively with chemistry and achieving success
Teaching tips to help you tackle four key language challenges EAL learners face in chemistry
Understand the challenges faced by students with concealable or hidden characteristics to engage all your learners in classroom research
Make the abstract nature of atomic theory more concrete with these evidence-informed teaching tips