A lesson covering AQA GCSE Chemistry following the AQA specification (6.3.1.2: Changes of state). The lesson is supported with clear visuals and supporting gifs for students to gain deeper understanding, alongside GCSE multiple choice questions. Students respond well to having all key information consolidated into one table. This lesson is applicable for HT and FT students alike, and is tiered towards MPA/HPA students.

A lesson covering the basics of magnetism for AQA GCSE Physics following the AQA specification. All content within this lesson follow 6.7.1.1. of the AQA GCSE Specification - permanent and induced magentism, magnetic forces, and magentic fields. Students are described how to complete the pratcical using a compass to draw magnetic field lines.

A lesson covering all content needed for foundation tier students for AQA GCSE Physics (combined science). The lesson covers AQA Specification points 6.7.1.1 - 6.7.2.1. This lesson has received praise for its simplicity, clarity, and visuals to support student learning. The revision poster at the end of the slides contains all essential information, and some application questions for students to gain confidence.

A lesson covering electromagnetism for AQA GCSE Physics following the AQA specification. All content within this lesson follow 6.7.2.1. of the AQA GCSE Specification - electromagnets. The lesson includes a mixture of teacher-led explanation, student activities, GCSE Exam questions, and multiple choice quizes for student success. The lesson also includes a commonly accessed practical inquiry of electromagnets and solenoids using an electrical current, iron core, and paper clips in a SEND-friendly integrated instruction method worksheet.

This revision lesson includes teacher-led explanation, student tasks, exam question AFL and revision posters at the end of the slides for students to work through during the lesson. This resource goes through AQA Physics paper 1 essential content ahead of assessment. Topics within the lesson include: 10 question recall do it now Energy stores and transfers Energy resources (renewable and non-renewables) Electricity basics Electrical Resistance The national grid Alpha, Beta, Gamma radiation Contamination Nuclear Equations The lesson is primarily used for foundation tier students but is necessary content for all students, and has recieved great feedback from students for its accessibility. Students use the posters for revision purposes.

This document contains 2 posters or knoweldge organisers which summarise the unit ‘particle model of matter’ for AQA GCSE Physics. Students like the simplicity and the summarisation of this unit into easy, manageable chunks. This resource is effective for revision purposes, or modeling for students how to revise effectively.

This 3-page revision worksheet covers a significant amount of content needed for AQA GCSE Physics paper 2 (foundation tier), including: Forces Scalar and Vector Quantities Resultant Forces Newton’s Laws Paper 2 Calculations Acceleration Terminal Velocity Frictional Forces Elastic Objects and Hooke’s Law Stopping and Thinking Distance Speed Distance Time Relationships Velocity-Time graphs Waves: Longitudinal and Transverse Waves Required Practical (ripple tank) Radiation and Required Practical Electromagnetic Spectrum Magnets and Electromagnetism Students can complete this for home learning or during a lesson. The adjoining lesson for this worksheet can also be purchased (worksheet included) on my shop with the title “AQA GCSE Physics Paper 2 Whole Unit Revision (3-4 Lessons) - Foundation”.

This sequence of lessons of 190 slides is a highly effective summary of the whole of physics paper 2 for foundation tier combined science students. This lesson/sequence is fantastic revision following AQA GCSE Physics Paper 2 specification. The students complete an A3 revision poster throughout the session which is effective at maintaining high engagement throughout the lesson as most content is already completed for them. The lessons include revision on: Forces Scalar and Vector Quantities Resultant Forces Newton’s Laws Paper 2 Calculations Acceleration Terminal Velocity Frictional Forces Elastic Objects and Hooke’s Law Stopping and Thinking Distance Speed Distance Time Relationships Velocity-Time graphs Waves: Longitudinal and Transverse Waves Required Practical (ripple tank) Radiation and Required Practical Electromagnetic Spectrum Magnets and Electromagnetism These lessons are all visual lessons which support all learners to access the curriculum, pushing students as well as scaffolding where appropriate. The lesson follows AQA GCSE Physics with GCSE Exam questions as assessment for learning throughout, as well as a number of other fun and engaging activities to support learner agency and exam paper accessibility. These lessons are an effective and balanced mixture of teacher-led explanation, student AFL, literacy approaches, student exam questions and pair discussions. This unit has proved highly successful at increasing pupil engagement, and increasing exam outcomes. There is also dual-coded integrated instruction method worksheet to support student agency in the laboratory. Disclaimer: Practical inquiry must first undergo risk assessments in your department and be performed only with trained professionals, I accept no responsibility for what is done following the download of this resource - this resource is an example only and teacher’s must ensure their own safety measures are followed. I take no responsibility for practical elements of this lesson – teachers must complete their own risk assessments and are entirely responsible for the safety of their students. This lesson includes foundation tier combined science content only.

The focus of this lesson is on velocity-time graphs for AQA GCSE Physics. The lesson includes a background on velocity-time graphs, how to draw and infer from these graphs, calculations from VT graphs and scaffold to support, worksheet, and several other activities for students to complete throughout the lesson. The lesson follows AQA GCSE Physics specification (P2) with GCSE Exam style questions as assessment for learning throughout, as well as a number of other fun and engaging activities to support learner agency and exam paper accessibility. The resources also include tier 2/3 exam questions (and answers) to support. These lessons are all visual lessons which support all learners to access the curriculum, pushing students as well as scaffolding where appropriate. This lesson is geared towards MPA-HPAs but is effectively scaffolded for LPA students too. These lessons are an effective and balanced mixture of teacher-led explanation, student AFL, student exam questions and pair discussions.

The focus of this lesson is contact and non-contact forces and scalar vs. vector quantities for AQA GCSE Physics. The lesson includes an introduction on the types of forces with visuals to support, worksheet to complete, and several other activities for students to complete throughout the lesson. The lesson follows AQA GCSE Physics specification (P2) with GCSE Exam style questions as assessment for learning throughout, as well as a number of other fun and engaging activities to support learner agency and exam paper accessibility. These lessons are all visual lessons which support all learners to access the curriculum, pushing students as well as scaffolding where appropriate. This lesson is geared towards MPA-HPAs but is effectively scaffolded for LPA students too. These lessons are an effective and balanced mixture of teacher-led explanation, student AFL, student exam questions and pair discussions.

This lessons focus is on motion in gases and pressure in a gas (particle model of matter unit ) for AQA GCSE Physics (paper 1). This lesson includes visuals to support learners from all attainment levels, including a range of activities and worksheets. These lessons are an effective and balanced mixture of teacher-led explanation, student AFL, student exam questions and pair discussions. The lesson includes key term list and low stakes worksheets to build confidence. These lessons are all visual lessons which support all learners to access the curriculum, pushing students as well as scaffolding where appropriate. The lesson has been used for MPA students but is scaffolded effectively for LPAs and has challenge and extension activites for HPAs. The lesson follows AQA GCSE Physics specification (P1 - particle model of matter) with GCSE Exam questions as assessment for learning throughout, as well as a number of other fun and engaging activities to support learner agency and exam paper accessibility.

This lessons focus is on Internal Energy, Changes of State, and Specific Latent Heat (particle model of matter unit ) for AQA GCSE Physics (paper 1). These lessons are an effective and balanced mixture of teacher-led explanation, student AFL, student exam questions and pair discussions. The lesson includes key term list and low stakes worksheets to build confidence. These lessons are all visual lessons which support all learners to access the curriculum, pushing students as well as scaffolding where appropriate. The lesson has been used for MPA students but is scaffolded effectively for LPAs and has challenge and extension activites for HPAs. The lesson follows AQA GCSE Physics specification (P1 - particle model of matter) with GCSE Exam questions as assessment for learning throughout, as well as a number of other fun and engaging activities to support learner agency and exam paper accessibility.

This lessons focus is on measuring density of irregular objects using a eureka can (particle model of matter unit ) for AQA GCSE Physics (paper 1). These lessons are all visual lessons which support all learners to access the curriculum, pushing students as well as scaffolding where appropriate. The lesson has been used for MPA students but is scaffolded effectively for LPAs and has challenge and extension activites for HPAs. The lesson follows AQA GCSE Physics specification (P1 - particle model of matter) with GCSE Exam questions as assessment for learning throughout, as well as a number of other fun and engaging activities to support learner agency and exam paper accessibility. The lesson includes a dual-coded integrated instruction method worksheet to support student agency in the laboratory. Practical inquiry must first undergo risk assessments in your department and be performed only with trained professionals, I accept no responsibility for what is done following the download of this resource - this resource is an example only and teacher’s must ensure their own safety measures are followed. I take no responsibility for practical elements of this lesson – teachers must complete their own risk assessments and are entirely responsible for the safety of students. These lessons are an effective and balanced mixture of teacher-led explanation, student AFL, student exam questions and pair discussions.

This document includes revision tables for renewable and non-renewable energy stores using the AQA GCSE Science curriculum, including advantages and disadvantages. This is a handy tool for students to find a summarised version of all key information for these energy resources.

The focus of this lesson is Newton’s first and third laws (and inertia) for AQA GCSE Physics. The lesson includes an introduction to Newton’s Laws with visuals to support, resultant force worksheet to complete, and several other activities for students to complete throughout the lesson. The lesson follows AQA GCSE Physics specification (P2) with GCSE Exam style questions as assessment for learning throughout, as well as a number of other fun and engaging activities to support learner agency and exam paper accessibility. These lessons are all visual lessons which support all learners to access the curriculum, pushing students as well as scaffolding where appropriate. This lesson is geared towards MPA-HPAs but is effectively scaffolded for LPA students too. These lessons are an effective and balanced mixture of teacher-led explanation, student AFL, student exam questions and pair discussions.

The focus of this lesson is on acceleration and uniform acceleration calculations for AQA GCSE Physics. The lesson includes an background context on acceleration and uniform acceleration calculations with scaffolds to support, worksheet, and several other activities for students to complete throughout the lesson. The lesson follows AQA GCSE Physics specification (P2) with GCSE Exam style questions as assessment for learning throughout, as well as a number of other fun and engaging activities to support learner agency and exam paper accessibility. These lessons are all visual lessons which support all learners to access the curriculum, pushing students as well as scaffolding where appropriate. This lesson is geared towards MPA-HPAs. These lessons are an effective and balanced mixture of teacher-led explanation, student AFL, student exam questions and pair discussions.

The focus of this lesson is on investigating springs and elastic potential energy calculations for AQA GCSE Physics. The lesson includes an background context on stretching, compressing, and bending of springs, elastic and inelastic deformity, F = k e calculations and scaffold to support, worksheet, and several other activities for students to complete throughout the lesson. The lesson follows AQA GCSE Physics specification (P2) with GCSE Exam style questions as assessment for learning throughout, as well as a number of other fun and engaging activities to support learner agency and exam paper accessibility. These lessons are all visual lessons which support all learners to access the curriculum, pushing students as well as scaffolding where appropriate. This lesson is geared towards MPA-HPAs but is effectively scaffolded for LPA students too. These lessons are an effective and balanced mixture of teacher-led explanation, student AFL, student exam questions and pair discussions. The lesson includes a dual-coded integrated instruction method worksheet to support student agency in the laboratory. Practical inquiry must first undergo risk assessments in your department and be performed only with trained professionals, I accept no responsibility for what is done following the download of this resource - this resource is an example only and teacher’s must ensure their own safety measures are followed. I take no responsibility for practical elements of this lesson – teachers must complete their own risk assessments and are entirely responsible for the safety of students.

The focus of this lesson is on speed and velocity and speed, distance, time calculations for AQA GCSE Physics. The lesson includes an background context on speed and velocity in relation to scalar and vector quantities, S = D/t calculations and scaffold to support, typical speeds table, worksheet, and several other activities for students to complete throughout the lesson. The lesson follows AQA GCSE Physics specification (P2) with GCSE Exam style questions as assessment for learning throughout, as well as a number of other fun and engaging activities to support learner agency and exam paper accessibility. These lessons are all visual lessons which support all learners to access the curriculum, pushing students as well as scaffolding where appropriate. This lesson is geared towards MPA-HPAs but is effectively scaffolded for LPA students too. These lessons are an effective and balanced mixture of teacher-led explanation, student AFL, student exam questions and pair discussions.