These A5 booklets provide everything you need to know for the topics identified as the major content in the 2022 AQA GCSE Physics Paper 2 for both Higher & Foundation. Each booklet is designed to contain everything a student needs to know as per the current specification in a simplified and easily accessible way, with diagrams derived from AQA exam papers to aid familiarity when presented with their actual exams. Each booklet also contains around 15 questions; both short and long answer with an answer sheet on the back page. So students can fold the booklet: revise, test then review. This pack includes a Revision Booklet/leaflet for each of the following topics: 4.5.1 Force and their Interactions (H & F) 4.5.2 Work Done and Energy Transfer (H & F) 4.5.3 Forces and Elasticity (H) 4.5.5 Pressure and Pressure Differences in Fluids (H) 4.5.6.1 Describing Motion Along a Line (H & F) 4.5.7 Momentum (H) 4.6.1 Waves in Air, Fluids and Solids (H & F) 4.6.2 Electromagnetic Wave (F) 4.8.1 Solar System; Stability of Orbital Motions; Satellites (H & F) 4.8.2 Red-Shift (H) Each of these topics fits onto a single A4 double sided sheet to be folded. A printing guide is provided to ensure the sheets come out the correct way up.

A series of 6 independent study tasks covering the GCSE content of Radioactivity. Each with their own 9-1 Grade ladder to guide students to achieving their target levels - also aids teacher marking for setting improvement and next steps. Includes pre-linked online resources (such as BBC, Wikipedia, Youtube and more…) to help students complete the tasks. Ideal for distance learning tasks, homework, revision or research lessons. Tasks include: Discovery of Radiation, Types of Radiation, Radiation in Medicine, Half-Life & Activity, Fission, and Fusion.

A series of 6 independent study tasks covering the GCSE content of the Electromagnetic Spectrum. Each with their own 9-1 Grade ladder to guide students to achieving their target levels - also aids teacher marking for setting improvement and next steps. Includes pre-linked online resources (such as BBC, Wikipedia and Youtube) to help students complete the tasks. Ideal for distance learning tasks, homework, revision or research lessons. Tasks include: The EM Spectrum, Radio & Microwaves, Light & Infrared, UV X-rays & Gamma, Communication, and X-rays in Medicine.

GCSE Physics PowerPoint and accompanying resources covering: How the Solar System formed, Protostars, How energy is released from a Star and Main Sequence Star stability. Can be delivered in various ways depending on ability of class (or if non-specialist teacher). Includes a practical activity to model star formation, along with exam question and markschemes.

GCSE Physics PowerPoint and accompanying resources covering: Radioactive isotope uses in medicine, Why different isotopes are used for different techniques, Medical imaging, Background Radiation, Using radiation to destroy cancerous cells. Can be delivered in various ways depending on ability of class (or if non-specialist teacher). Includes all research sheets required (so no internet needed :) ), along with tiered exam questions and markschemes.

GCSE Physics PowerPoint and accompanying resources covering: The reflection and refraction of waves - primarily water waves, using simply resources version of ripple tanks. Can be delivered in various ways depending on ability of class (or if non-specialist teacher). Includes practical along with tiered exam questions and markschemes.

GCSE Physics PowerPoint and accompanying resources covering: Sound waves, Pitch, Loudness, Hearing range and limitations of the ear, Echo sounding. Can be delivered in various ways depending on ability of class (or if non-specialist teacher). Includes practical along with tiered exam questions and markschemes.

GCSE Physics PowerPoint and accompanying resources covering: The properties of Alpha, Beta and Gamma Radiation, Ionisation, the Dangers of Radiation. Can be delivered in various ways depending on ability of class (or if non-specialist teacher). Includes a practical activity of modeling the penetration (large scale demonstrations!), along with tiered exam questions and markschemes.

GCSE Physics PowerPoint and accompanying resources covering: Half-Life, Activity, Count Rate, Random Nature of Decay, half-life equation (higher). Can be delivered in various ways depending on ability of class (or if non-specialist teacher). Includes a practical activity of modelling half-life, with various options - including dice, using beer and/or skittles!, along with tiered exam questions and markschemes.

GCSE Physics PowerPoint and accompanying resources covering: Useful energy, Wasted energy, Dissipation of energy, Thermal transfers caused by friction, Energy loss to surroundings. Can be delivered in various ways depending on ability of class (or if non-specialist teacher). Includes practical activities of measuring thermal energy transfers caused by friction in various scenarios, along with tiered exam questions and markschemes.

GCSE Physics PowerPoint and accompanying resources covering: Seismic Waves, Earth Structure, Primary, Secondary and Long Waves, Using Earthquakes to understand the structure of the Earth. Can be delivered in various ways depending on ability of class (or if non-specialist teacher). Includes a practical activity of modeling a seismometer, along with tiered exam questions and markschemes.

A series of 3 independent study tasks covering the GCSE content of Energy Resources. Each with their own 9-1 Grade ladder to guide students to achieving their target levels - also aids teacher marking for setting improvement and next steps. Includes pre-linked online resources (such as BBC, Wikipedia, Youtube and more…) to help students complete the tasks. Ideal for distance learning tasks, homework, revision or research lessons. Tasks include: Energy Resources, Energy & the Environment and Energy Demands & Issues.

A series of 3 independent study tasks covering the GCSE content of Energy Transfer by Heating. Each with their own 9-1 Grade ladder to guide students to achieving their target levels - also aids teacher marking for setting improvement and next steps. Includes pre-linked online resources (such as BBC, Wikipedia, Youtube and more…) to help students complete the tasks. Ideal for distance learning tasks, homework, revision or research lessons. Tasks include: Energy Transfer by Conduction, Specific Heat Capacity and Insulation.

These A5 booklets provide everything you need to know for the topics identified as the major content in the 2022 AQA GCSE Physics Paper 1 for both Higher & Foundation. Each booklet is designed to contain everything a student needs to know as per the current specification in a simplified and easily accessible way, with diagrams derived from AQA exam papers to aid familiarity when presented with their actual exams. Each booklet also contains around 15-20 questions; both short and long answer with an answer sheet on the back page. So students can fold the booklet: revise, test then review. This pack includes a Revision Booklet/leaflet for each of the following topics: 4.1.1 Energy Stores and Systems (H & F) 4.1.2 Conservation of Energy (H & F) 4.2.1 Current, Potential Difference and Resistance (F) 4.2.4 Electrical Energy Transfers (H) 4.2.5 Static Electricity (F) 4.3.1 Changes of State (H & F) 4.3.2 Internal Energy, Latent Heat, Specific Heat Capacity (H & F) 4.4.2 Types of Radiation, Radioactive Decay and Contamination (H & F) Each of these topics fits onto a single A4 double sided sheet to be folded. A printing guide is provided to ensure the sheets come out the correct way up.

A collection of resources ideal for starters, plenaries and revision for the Space topic of GCSE Physics (Life of Stars, Formation of the Solar System, Universe and Centripetal force). All based around the keywords and their descriptions. Includes Flash cards, Pelmanism cards, word search, missing vowels, anagrams, crossword, Taboo cards, and various match-up activities. Also includes an single answer grid especially useful for non-specialists and cover teachers. All black and white, printer friendly and designed around the new AQA specification, but will be just as useful for the other exam boards.

GCSE Physics PowerPoint and accompanying resources covering: Instability in Stars, Life Stages of Stars, Supernova, and death of the Sun. Can be delivered in various ways depending on ability of class (or if non-specialist teacher). Includes a practical activity to model Supernova, along with exam question and markschemes.

GCSE Physics PowerPoint and accompanying resources covering: Centripetal Force, Force direction in orbits, Velocity changes in Orbits, Orbit Stability and types of Satellite. Can be delivered in various ways depending on ability of class (or if non-specialist teacher). Includes a practical activity to model orbital distance and time, along with exam question and markschemes.

GCSE Physics PowerPoint and accompanying resources covering: Energy Stores, Energy Transfers, Transfer of Energy to Surroundings, Energy Changes in Falling Objects. Can be delivered in various ways depending on ability of class (or if non-specialist teacher). Includes a practical circus activity to elicit ideas about transfers of energy, along with exam question and markschemes.

GCSE Physics PowerPoint and accompanying resources covering: Red-shift, Red-shift and it’s relationship with speed, Observing galaxy movement and the expanding universe. Can be delivered in various ways depending on ability of class (or if non-specialist teacher). Includes a practical activity to model star red-shift, along with exam question and markschemes.

GCSE Physics PowerPoint and accompanying resources covering: Work Done, Energy and Work Relationships, W = F x s, and Work done against friction. Can be delivered in various ways depending on ability of class (or if non-specialist teacher). Includes a practical activity to elicit ideas about work done and frictional forces, along with exam question and markschemes.

GCSE Physics PowerPoint and accompanying resources covering: Radioactive Substances, Types of Radiation and their discovery, when an atom emits radiation, and what affects the emission. Can be delivered in various ways depending on ability of class (or if non-specialist teacher). Includes a practical demonstration with worksheet about using a Geiger counter and what it shows, along with exam questions and markschemes.