A recently judged ‘Outstanding’ lesson on Angular rotational momentum. The lessons use the context of ballet/swan lake and the physics behind the ‘fouette’ performed by the Black Swan during the performance. The lesson also looks at moments of inertia, comparisons between angular and linear momentum and calculations involving angular rotational momentum.

The resources enclosed are a concise and cohesive powerpoint exploring the topics below and 35 page booklet of exam questions and further challenging qustions specific to topics pitched at the top end. These resources are a cohesive COLLECTION of different pieces of work from across the years and are thus relevant for a variety of exam boards, aimed at GCSE. However, could be sensible for a more able KS3 class or an applied science A Level class. TOPICS: Speed = distance/time Difference between speed and velocity Acceleration = change in velocity/time Distance time and velocity time graphs. Calculations involving gradients and area under curves. Average speed.

Included is a 200+ page booklet for each of the 10 required practicals for AQA GCSE Physics. THIS BOOKLET WILL COVER TRIOLOGY AND SEPERATE PHYSICS ONLY . FOR THE SEPARATE PHYSICS OPTION, PRACTICALS 2 AND 9 ARE ADDITIONAL. THESE ARE ALL INCLUDED There are concise summary pages for each practical with detailed and accurate methods, and, dedicated exam practice related to practical work/A03 for that practical. The questions provide perfect AfL to ensure all content has been covered. This excellent resource is essential for the mastering of the practical questions that many students find difficult to answer. ALL mark schemes are included. Questions taken from AQA, have been made up, and from relevant other areas to stretch and challenge students. Practicals Covered: Specific Heat Capacity Thermal Insulation (PHYSICS ONLY) Resistance of a Wire Current and Voltage Density of Solid Regular, Irregular, Liquid Forces and Extension Acceleration Waves Light (PHYSICS ONLY) IR (Radiation and Absorption)

Included is a 72 page concise but cohesive powerpoint exploring the topics listed below along with a 30 page exam booklet complete with questions and answers. There are also scanned notes included within the powerpoint and challenging exam questions aimed for the top end. There is a brief look into SUVAT also some very challenging momentum questions. These resources are a cohesive COLLECTION of different pieces of work from across the years and are thus relevant for a variety of exam boards, aimed at GCSE. However, it could be sensible for a more able KS3 class or an applied science A Level class. TOPICS: Types of Forces Resultant Force Inertia Newton’s Laws Momentum Crumple Zones and Seat Belts Mass and Weight Free Fall and Terminal Velocity SUVAT