Collision Theory and Kinetics - AAQ Pearson Applied Science

AAQ Pearson Applied Science- 2D: Physical Chemistry

A bundle containing the full specification of content for the topic AAQ Pearson Applied Science - Unit 2D Physical Chemistry The lesson order is as follows: • Mass and Molar mass (21 slides) • Empirical Formulas and Stoichiometric ratios (25 slides) • Gas volume, molar volume and percentage yield (24 slides) • Collision Theory and Kinetics (23 slides) • Factors affecting rate of reaction (20 slides) • Rate Equations (21 slides) •Enthalpy Change (20 slides) • Hess’ Law and Energy Cycles (19 slides + worksheet) • Dynamic Equilibrium and Le Chateliers Principle (20 slides) • Equilibrium Constant Kc (23 slides) • Equilibrium Constant Kp (25 slides) • Chemistry in Industry (20 slides + worksheet) • Green Chemistry - Atom Economy and Catalysis (22 slides) • Green Chemistry - Hazards and Recycling (20 slides) Over 300 slides worth of content! All lessons follow a similar structure and design with: • Learning objectives and specification link • Recall starter activity with answers based on previous lesson • Explanation slides with clear concise diagrams - chunked in an easy to understand format • Variety of practice activities including exam questions, gap fills, differentiated questions etc. • Answers for all questions • All easily editable to adapt to your teaching or to use in existing lessons although all lessons are ready to go • Minimal printing - I understand how limited printing budgets are so printing is mostly restricted to small diagrams and reusable fact sheets. • The occasional fun and interesting fact. PREVIEWS! - All these lessons have previews on their individual shop pages so that there’s no TES roulette where you hope you’ve bought something useful with my lessons you can see exactly what is included in the lesson If any of my resources have saved you time, please leave a review - it helps others know if these resources are worthwhile! Please do contact me if there are any issues with content