This resource is a GCSE Physics energy revision workbook that will help enable students to revise this topic and has been written to cover all of the key points in the GCSE Chemistry specification in this section. The main areas covered in this work booklet are: Types of energy Work done Efficiency Sanky diagrams Kinetic energy Elastic energy GPE Power Energy dissipation Conduction, convection & radiation Energy sources Within the booklet are a range of different activities for students to work through to help them remember the content. Thanks for looking

This resource is a revision lesson covering the fission & fusion content of the 2015 AQA Physics specification. This resource includes 1: A power point to lead students through the lesson 2: A fusion card sort 3: A nuclear power station information hunt 4: A summary sheet 5: An interactive notebook activity 6: 2 6 mark questions Thanks for looking

A set of 5 posters covering most of the key mathematical ideas covered in the KS4 syllabus. The posters can be printed out in a range of sizes to meet your needs. Thanks for looking

This resource is a set of 40 key concepts that can be broken down into stages to help with students revision. Thanks for looking

This resource is a set of over 300 revision activities that will enable students to put together their own revision flashcards. This resource has been put together using the 2015 AQA Science specification and covers all the specification points. Thanks for looking

This resource is a lesson with activities covering the radiation content of the AQA GCSE Physics specification. This resource includes: 1: An information sheet 2: A power point to lead students through the lesson 3: A blockusters starter game 4: A types of radiation 6 mark answered question to mark 5: A half life graph activity 6: An uses of radiation literacy activity 7: An uses of radiation 6 mark plenary question Thanks for looking

This resource is a set of 19 exam questions designed to improve how students answer questions based around practicals and practical data. The areas that the questions cover are: 1: Line transects 2: Electrolysis 3: Chromatography 4: Growing bacteria 5: Enzymes 6: Aerobic respiration 7: Anaerobic respiration 8: Using a potometer 9: Osmosis 10: Waves 11: Black body radiation 12: Temperature changes 13: Respiration in worms 14: Acceleration 15: Resistance 16: Decay 17: Refraction 18: Rate of reaction 19: Insulation Thanks for looking

This resource is a lesson focused on improving students exam technique when answering questions on magnets & electromagnets. This resource includes: 1: A power point to lead students through the lesson 2: 4 slides on how to generally improve Science exam technique 3: A question on magnetic materials 4: A questions looking at plotting magnetic fields 5: A question on magnetic fields 6: A question on solenoids 7: A question on magnetic flux density 8: A question on building electromagnets 9: A question on a electromagnets investigation 10: A question on circuit breakers 11: A question on a relay switch 12: A question on load speakers 13: A question on microphones 14: A set of questions for students to work through during the lesson 15: A version of the power point for students to use This lesson is designed to take 1 hour. After taking to students generally about exam technique the lesson has been designed to go through content, get students to complete exam style questions then go through the answers with students which are integrated into the power point. This resource can be used with individual classes or if you have a hall free to use, for intervention sessions with large groups of students. The structure of the lesson has been designed to enable students to work at a fast pace and reflect on their own progress throughout as well as giving the teacher the opportunity to spot any gaps in students knowledge Thanks for looking

This resource is a set of 16 revision flash cards for students to fill out to help them revise the magnets and electromagnets content in the 2015 AQA Physics specification. Thanks for looking

A new lesson covering all the points in the new AQA 2016 GCSE Science specification, Pendulum section. This resource is designed to be taught in 1 lesson and includes activities for students to work through, group work activities as well as lots of opportunities for AFL. Included is the following: 1: An overall lesson plan 2: A power point leading students through the lesson 3: Calculating frequency starter activity 4: Pendulum investigation activity 5: Mock exam question 6: 6 mark plenary question

This resource is a 1 page knowledge organiser covering the Atomic Structure content in the 2015 AQA Physics specification. Thanks for looking

This resource is a lesson and activities covering the heat transfers content in the 2015 AQA Physics specification. This resource includes: 1: A power point to lead students through the lesson 2: A key information maze starter game 3: A sheet for students to fill out on conduction, convection and radiation 4: A group presentation activity 5: A key information analysis activity 6: A 6 mark assessment question Thanks for looking

This resource is a set of 140 question slides based around the equations students need to know for the AQA GCSE Physics exam. Thanks for looking

This set of questions cover the topics included in the AQA Science GCSE new spec . All the questions come with a a mark scheme which can either be used by teachers or students to mark their answers. This resource has been developed using the new content in the 2015-2016 specification and is designed to help get students started straight away in September

This resource is a lesson focused on improving students exam technique when answering questions on radiation and atomic structure. This resource includes: 1: A power point to lead students through the lesson 2: 4 slides on how to generally improve Science exam technique 3: A question looking at the structure of the atom (atomic theory) 4: A questions looking at the 3 types of radiation 5: A question looking at radioactive decay 6: A question on half life 7: A question on background radiation 8: A question on radiation safety 9: A set of questions for students to work through during the lesson 10: A version of the power point for students to use This lesson is designed to take 1 hour. After taking to students generally about exam technique the lesson has been designed to go through content, get students to complete exam style questions then go through the answers with students which are integrated into the power point. This resource can be used with individual classes or if you have a hall free to use, for intervention sessions with large groups of students. The structure of the lesson has been designed to enable students to work at a fast pace and reflect on their own progress throughout as well as giving the teacher the opportunity to spot any gaps in students knowledge Thanks for looking

This resource is a lesson focused on improving students exam technique when answering questions on electricity. This resource includes: 1: A power point to lead students through the lesson 2: 4 slides on how to generally improve Science exam technique 3: A question looking at circuit components 4: A power calculation question 5: A current in parallel circuits question 6: A power calculation question 7: A PD calculation question 8: A resistance calculation question 9: A IV graph question 10: ACDC questions 11: A national grid question 12: A transformer question 13: A set of questions for students to work through during the lesson 14: A version of the power point for students to use This lesson is designed to take 1 hour. After taking to students generally about exam technique the lesson has been designed to go through content, get students to complete exam style questions then go through the answers with students which are integrated into the power point. This resource can be used with individual classes or if you have a hall free to use, for intervention sessions with large groups of students. The structure of the lesson has been designed to enable students to work at a fast pace and reflect on their own progress throughout as well as giving the teacher the opportunity to spot any gaps in students knowledge Thanks for looking

It's pretty straight forward, I remember loving playing battle ships and got inspired. It was one of the greatest moments of my teaching carrier seeing a class of Y11s playing battle ships. How it works is almost self explanatory. Fill the information section in with what ever you want and then fill out the question grid with questions on the information. I hope anyone who has a go has as much fun as I have