All Higher-order thinking and metacognition articles – Page 2
-
FeaturePlayful learning improves outcomes
Discover why this approach engages secondary learners, supports their well-being and improves performance
-
CPD articleHow to teach reversible reactions and equilibrium at 14–16
Use these tips and teaching ideas to secure student understanding when teaching this tricky topic
-
CPD articleEverything you need to teach energetics at 14–16
Use these ideas to help students understand the world of energetics, enthalpy and equilibrium
-
IdeasHelp your students transfer their skills from the pitch to the classroom
Score learning goals with these teaching strategies
-
ResourceQuantitative chemistry | Review my learning | 14–16 years
A set of differentiated worksheets with answers to identify learning gaps and misconceptions on the topic of quantitative chemistry
-
ResourceParticle model | Review my learning | 14–16 years
A set of differentiated worksheets with answers to identify learning gaps and misconceptions on the topic of the particle model
-
ResourceReview my learning worksheets | 14–16 years
Scaffolded worksheets to assess learners’ understanding and misconceptions in key topics
-
ResourceAcids and bases | Review my learning | 14–16 years
A set of differentiated worksheets with answers to identify learning gaps and misconceptions on the topic of acids and bases.
-
ResourceBonding | Review my learning | 14–16 years
A set of differentiated worksheets with answers to identify learning gaps and misconceptions on the topic of bonding
-
FeatureWhy metacognition is vital for successful independent learning
Help your students to regulate their own learning and boost outcomes
-
ResourcePractical skills tracking | 16–18 years
Use these editable tools to help learners develop their practical skills using the Common Practical Assessment Criteria (CPAC)
-
ResourceSpot the entropy errors worksheet | 16–18 years
Develop your learners’ metacognitive skills using thermodynamics questions and calculations
-
-
NewsImprove students’ understanding of stereoisomers with these evidence-based ideas
Discover three effective methods to help your students understand molecular rotations
-
FeaturePlay card games to teach electronic configuration and ionic compound formation
How a game-based approach can improve your students’ understanding and recognition – and reduce assessment anxiety
-
-
CPD articleTeaching curly arrows at post-16
Tips and resources to help you teach chemical processes and organic reaction mechanisms
-
IdeasHow to apply cognitive load theory to chemistry practicals
Ideas from cognitive science that will transform your chemistry classroom practicals
-
NewsSupport students to make sense of models
How your subject knowledge and teaching knowledge combine to transform students’ understanding
-
FeatureHow to apply cognitive load theory to chemistry topics
Ideas from cognitive science to transform your chemistry teaching