Lesson based around catalysts and how they effect activation energy. Was used in conjunction with a practical using different catalysts (method in slides)<br /> <br /> Let me know what you think

Lesson delivered to a high ability year 9 set to cover basic forces, work done and the relationship with energy transfers.<br /> <br /> Let me know what you think. If used, please leave a review

Lesson on evolution taught to year 8's. Can be easily adapted to year 7 or 9ven low ability GCSE

Used for a set 2 year 9 class. Lesson shows students how to interpret distance-time graphs, use the speed, distance, time equation and leads students nicely into drawing tangeants and calculating speed from a graph

Suitable for the new AQA GCSE spec. The lesson has 4 key parts, increasing in difficulty with part 4 serving as an introduction to ionic half equations. Used with set 1, 2, 3 and 4 chemistry groups as you are able to hide the easier slides for top sets but also the harder ones for bottom sets.<br /> <br /> Review, let me know what you think

A lesson powerpoint to take students through the basics of the 3 types of bonding. After this students move onto the particle model and are prompted to think about some of the limitations of this model. Exam questions have been added as mini plenaries as students are taken through the three lesson objectives. Objectives are colour coded so students know what they are learning at each stage.<br /> <br /> Please review and let me know what you think

A lesson going through the reactivity of the halogens and leading onto the chemical and physical differences between metals and non-metals.<br /> <br /> Please review so I can see what you guys think

Used for a top set class. Covers transition metals, colored compounds and lightly touches on electronic structure after calcium

Lesson based on trends of boiling points in group 0 and reactivity in group 1. Brief intro into ions. Needs to be accompanied by group 1 metals demo