This is a full 21 page booklet of resources covering all the core foundation GCSE work on P8, Forces in balance. Their is work on Vectors and Scalars with many examples and theory work associated with these terms. Then work on Newtons third and First laws, linked to Force diagrams. Clear work on balanced and unbalanced forces with diagrams, student tasks, review work, opportunity for theory and explanations and questions. Work on centre of mass and symmetrical objects and unsymmetrical objects with key practical work for this. Then linking centre of mass to stability.

This is a 44+ page booklet with all you need to go through the scientific method and associated skills with students. It has Notes, theory, examples, questions, review tasks, graphs, tables, conclusions and everything in between! Areas where you can link with practicals and videos as well as introduce your own spin on the work. I have made this for my Yr 9 students as an introduction from KS3 into GCSE but would work equally well with Yr8 and even Yr 10 students dependent upon ability. Covers scientific method-hypothesis and prediction-variables from basic IV/DV/CV as well as discrete and continuous-method writing and evaluation-results table design and use with anomolies and averages-graphing including bar charts and line graphs-conclusions and ext work on describing graphs (DO be careful on formatting it is all set up for my ICT system but may need little tweak for different versions of word) Enjoy

This is a series of 8 really full pwpts that take you through the theory of this topic ( virtually all of it)with all the equations fully explained and linked to lots and lots of worked through questions. There are then plenty of questions for the students to do. There are links to simple series and parallel circuit experiments and even dummy results if you need to use those instead. A few past exam questions on homework sheets as well. Enjoy this bargain!

This is really all you need to teach this topic Has section on Static electricity, Circuit symbols, Series and Parallel circuit design as well as voltage and current rules, Q=IT and V=IR calculations, Graphs of ohmic devices and non-ohmic devices. This is with theory, diagrams, tasks, expt options, questions and integrated review activities. Finishing off with past exam questions. Enjoy!

This is a full resource that takes you through the whole waves course for AQA physics. It has 10-12 lessons worth of work with clearly labelled pwpts for each lesson which contain clear aims and work for students to complete. Tasks within the pwpts are varied with different options for staff to take students through to complete the work. Lots of examples and worked through pieces of work. There are linked homework tasks and worksheets as relevant through the topic, much more that you will need but to help with differentiation for your groups.

This is a full booklet covering the whole combined science P7 topic. This has notes and tasks integrated in the booklet as well as past paper questions and answers for these at the end of the booklet. Diagrams and examples for all the work on: Types of Radiation/Penetrating power/Half life/radioactivity decay equations Then past paper questions Loads to do and loads of examples to help alongside the notes and tasks Enjoy (do be careful on the formatting seems to shift a few lines every time i move from pc to pc!)