Seven lesson topic covering the particle model (from the AQA Mastery style curriculum). Mainly aimed at Y7. Lesson 1 - Particle model introduction Lesson 2 - States of matter Lesson 3 - Melting and freezing Lesson 4 - Boiling and evaporation Lesson 5 - Condensation and sublimation Lesson 6 - Gas pressure and diffusion Lesson 7 - Particle model assessment and review Includes RAG document to use throughout and mini-assessment in the final lesson. Parts of resources taken from other lessons, some of which were found on TES.

Six lesson topic covering voltage and resistance (part of the Electromagnets SOW from the new AQA Mastery style curriculum). Mainly aimed at Y7. Lesson 1 - Voltage Lesson 2 - Resistance Lesson 3 - Voltage in series circuits Lesson 4 - Voltage in parallel circuits Lesson 5 - Resistance in series circuits Lesson 6 - Resistance in parallel circuits Includes RAG document to use throughout and mini-assessment in the final lesson. Parts of resources taken from other lessons, some of which were found on TES.

Full SOW for Topic 20 (combined) or 3 (Physics only): Particle Model of Matter. AQA GCSE Combined Science or Physics only (exam from 2018). Lesson 1 - Particle model to explain density Lesson 2 - Density of regular objects RP Lesson 3 - Density of irregular objects RP Lesson 4 - Chemical and Physical changes Lesson 5 - Changes in state Lesson 6 - Internal energy of a system Lesson 7&8 - Specific heat capacity (investigation and theory) Lesson 9 - Specific latent heat Lesson 10 - Motion of particles in a gas Physics only: Lesson 11 - Gas pressure and temperature Lesson 12 - Gas pressure and volume Lesson 13 - Work done on a gas Topic assessment also included. All lessons planned in 6-part lesson format. Most resources my own though some resources may be adapted from other sources, including AQA and TES. Feedback appreciated.

A3 Revision sheet on the basics (for foundation/low ability students) on the second half of the Chemistry Paper 1 exam. C4 - Quantitative chemistry/chemical calculations C5 - Chemical Changes C6 - Electrolysis C7 - Energy changes

Full 7 lesson Earth and Resources SOW. Aimed at a low ability Y8 set. Worksheets marked STR or SUP are differentiated (stretch and support). All lessons planned in 6-part lesson format. Lesson 1 - Earth and its atmosphere Lesson 2 - Sedimentary rocks Lesson 3 - Igneous and metamorphic Lesson 4 - The Rock Cycle (two alternative lesson provided - one involving modelling through the "Choc cycle" - dependent on ability to use food within the lab/practical capabilities of the class) Lesson 5 - The carbon cycle Lesson 6 - Climate change Lesson 7 - Recycling Most resources my own though some resources may be adapted from other sources, including Activate and TES. Feedback appreciated.

Stretching questions linked to the AQA GCSE Combined Science (exams from 2018). Included are A3 revision sheets on: Particle Model of Matter Forces Electricity Will be completing these for others topics and will upload in due course if these are found the be useful. If you find this useful please check out the ones I have done for other AQA Chemistry GCSE topics in my shop.

Full SOW for Topic 8: Atomic structure and Periodic Table of AQA GCSE Combined Science: Trilogy (exams from 2018). Also has Transition metal lesson for the Chemistry only specification. Lesson 1 - Atomic structure Lesson 2 - Atomic model Lesson 3 - Development of the periodic table Lesson 4 - Balanced symbol equations Lesson 5 - Electronic configuration Lesson 6 - Metals and non-metals (ion formation) Lesson 7 - Ionic and half-equations Lesson 8 - Group 1 Lesson 9 - Group 7 Lesson 10 - Group 0 Lesson 11 - Transition metals Lesson 12 - Separation techniques Worksheets marked STR or SUP are differentiated (stretch and support). All lessons planned in 6-part lesson format. Most resources my own though some resources may be adapted from other sources, including AQA and TES. Feedback appreciated.

Stretching questions linked to the AQA GCSE Combined Science (exams from 2018). Included are A3 revision sheets on: Atomic structure and the Periodic Table Bonding, Structure and the Properties of Matter Chemical Changes Chemistry of the Atmosphere Quantitative Chemistry Using Resources Will be completing these for others topics and will upload in due course if these are found the be useful. If you find this useful please check out the ones I have done for other AQA Physics GCSE topics in my shop.

This project was designed as part of a Y9 SOW. The idea is that the project should take 4 - 6 lessons and will ensure that students recall and understand the basics needed to access GCSE. This is part of a series of 10 projects (all of which can be found in my shop) to cover all KS3 content before beginning GCSE.

This project was designed as part of a Y9 SOW. The idea is that the project should take 4 - 6 lessons and will ensure that students recall and understand the basics needed to access GCSE. This is part of a series of 10 projects (all of which can be found in my shop) to cover all KS3 content before beginning GCSE.

This project was designed as part of a Y9 SOW. The idea is that the project should take 4 - 6 lessons and will ensure that students recall and understand the basics needed to access GCSE. This is part of a series of 10 projects (all of which can be found in my shop) to cover all KS3 content before beginning GCSE.

This project was designed as part of a Y9 SOW. The idea is that the project should take 4 - 6 lessons and will ensure that students recall and understand the basics needed to access GCSE. This is part of a series of 10 projects (all of which can be found in my shop) to cover all KS3 content before beginning GCSE.

This project was designed as part of a Y9 SOW. The idea is that the project should take 4 - 6 lessons and will ensure that students recall and understand the basics needed to access GCSE. This is part of a series of 10 projects (all of which can be found in my shop) to cover all KS3 content before beginning GCSE.

This project was designed as part of a Y9 SOW. The idea is that the project should take 4 - 6 lessons and will ensure that students recall and understand the basics needed to access GCSE. This is part of a series of 10 projects (all of which can be found in my shop) to cover all KS3 content before beginning GCSE.

This project was designed as part of a Y9 SOW. The idea is that the project should take 4 - 6 lessons and will ensure that students recall and understand the basics needed to access GCSE. This is part of a series of 10 projects (all of which can be found in my shop) to cover all KS3 content before beginning GCSE.

This project was designed as part of a Y9 SOW. The idea is that the project should take 4 - 6 lessons and will ensure that students recall and understand the basics needed to access GCSE. This is part of a series of 10 projects (all of which can be found in my shop) to cover all KS3 content before beginning GCSE.

This project was designed as part of a Y9 SOW. The idea is that the project should take 4 - 6 lessons and will ensure that students recall and understand the basics needed to access GCSE. This is part of a series of 10 projects (all of which can be found in my shop) to cover all KS3 content before beginning GCSE.

This project was designed as part of a Y9 SOW. The idea is that the project should take 4 - 6 lessons and will ensure that students recall and understand the basics needed to access GCSE. This is part of a series of 10 projects (all of which can be found in my shop) to cover all KS3 content before beginning GCSE.

SOW made for a low ability Y8 set. Lesson 1 - The Respiratory system Lesson 2 - Respiration Lesson 3 - Breathing and how this happens Lesson 4 - Gas exchange and lung dissection I take no credit for the pictures used on the first part of the lung dissection worksheet, I have adapted them from this excellent resource: https://www.tes.com/teaching-resource/lung-dissection-guidance-sheet-6343723 . Lesson 5 - Effects of exercise Majority of resources are my own, some may be adapted and built upon, to suit my classes, from resources I have collected over time (see lesson 4).