Series of lessons on the Rates of Reaction topic. Lessons include: Calculating Rates of Reaction (available for free) Collision Theory Surface Area The Effect of Temperature The Effect of Concentration Catalysts Reversible Reactions Le Chatelier’s Principle All Do Nows are based predominantly on Paper 1. All answers provided. Plenty of worked examples. Minimal printing required (recommended for practicals and calculating rates lessons). Can simply print out the relevant slides.

Lessons included: Hydrocarbons Fractional Distillation Combustion Cracking All PowerPoints are designed with Rosenshine’s in mind. Plenty of checks for understanding included, as well as exam questions and independent practice. The Do Now questions are based predominantly on Paper 1 Chemistry. Check out my free resources to get an idea of what the structure of these lessons are like. If you find these lessons useful, I would love a review.

Whole lesson on Momentum and the Conservation of Momentum. Includes calculation practice and explaining the motion of objects using the idea of conservation of momentum. Worked examples and whiteboard practice questions include answers in the notes. All answers included. Do Nows are based predominantly on Paper 1 Physics. There are two as this lesson took me 2 hours to teach. Please leave a review if you find this resource useful.

A PowerPoint on calculating bond energies. Includes a recap on endothermic and exothermic reactions, worked examples plenty of practice questions.

A PowerPoint on Internal Energy. The lesson includes recap on the particle model, exam questions, plenty of checks for understanding and independent practice questions with answers. I would really appreciate a review if you use this resource.

A whole lesson on the density required practical. Includes slides on zero and systematic errors as these may be prevalent when conducting the practical. Exam question embedded into the slides as well as independent practice.

Entire lesson on calculating rates of reaction both from data and graphs. Includes worked examples and practice questions which can be printed from the PowerPoint.

A PowerPoint on using the equation to calculate the density of an object. The lesson follows Rosenshine’s principles, so it includes plenty of worked examples, opportunity for checks for understanding using mini whiteboards, exam questions (AQA Combined Science) and an independent practice. I would really appreicate a review if you download and the lesson!