44 individual GCSE homework/intervention questions (Higher and Foundation), all the same format, including success criteria linked to the new specifications. Each homework question has an associated MODEL ANSWER. Both the question and the model answer have been formatted to fit an A4 page in exercise books. All are produced in WORD are are fully editable, so you can remove logos, week numbers, set own marking criteria etc. Included in this pack of questions and model answers is… Gravitational Potential Energy and Power Elastic Potential Energy Hookes Law Specific Heat Capacity Calculations Properties of Waves The Wave Equation The Electromagnetic Spectrum Light and Sound Reflection and Refraction The National Grid Energy Transfer Kinetic Energy Energy Efficiency Forces and Acceleration Terminal Velocity Radioactivity Particle and Kinetic Theory Motor Effect Magnetic Flux Density Atoms and Radioactive Particles Radioactive Decay Radiation and Half Life Power Station Comparisons Hydroelectric Power Fossil Fuel vs Nuclear Power Stations States of Matter Specific Heat Capacity Investigation Latent Heat of Vaporisation and Fusion Solar Panels and Solar Cells Circuits Resistors in a circuit Current and Voltage in a circuit Electromagnets Motor and Generator Effect Flemings Left Hand Rule Transformers

This resource is a complete booklet (editable) covering EVERY equation in the new Physics syllabus with worked examples to illustrate potential GCSE questions (with paper designations and tiers highlighted) AND 35 individual mini presentations for lesson starters that has the revision of the equation and some worked examples from a range of contexts with answers. Simply print out as A5 and you have a complete revision guide for the Physics equations needed for GCSE. The new Physics syllabus now requires students to both RECALL and APPLY the majority of equations that could be examined across both the TRILOGY and TRIPLE PHYSICS courses. Each file and presentation tells the student which Paper the equation refers to and at what tier (Foundation or Higher Tier)

This covers the complete Waves and Electromagnetic Spectrum course content for TRIPLE and TRILOGY students. Split into 17 different lessons with associated power-points, including objectives and outcomes with each, and every slide referencing the specific part of the syllabus to which it pertains, covering..... Wave properties of transverse and longitudinal waves The wave equation and periodicity Investigating waves (Required Practical) Refraction of Mechanical Waves Reflection and Refraction of Light (PHYSICS ONLY Required Practical) Light and Colour (PHYSICS ONLY) Lenses and Types of Images (PHYSICS ONLY) Ray diagrams for different lens (PHYSICS ONLY) Sound waves and Hearing (PHYSICS ONLY) Ultrasound (PHYSICS ONLY) Seismic waves (PHYSICS ONLY) The Electromagnetic Spectrum Investigating absorption and emission of infrared radiation (Required Practical) Radio waves and microwaves Communications Ultraviolet, X-rays and gamma waves Dangers of electromagnetic radiation

Classroom Poster detailing the concept of refraction of light from and into substances of different densities.

Classrrom poster detailing the concept of pressure in liquids and its use in hydraulics with an example

Presentation covering all the topics for the Pressure Physics Only AQA New Syllabus 2016. Incorporates GCSE questions and lesson objectives and outcomes. Topics included....... Pressure on surfaces Pressure in liquids and gases with questions. Pressure equation with questions Proof of the pressure equation (Grade 8/9) Pressure and depth with questions Hydraulics (force multipliers) Braking sysytems Atmospheric pressure Using atmospheric pressure, suction cups. Pressure diferences used to measure forces acting on objects Mercury Barometers and Manometers with GCSE questions Upthrust and flotation Archimedes principle Floating and sinking Floating in detail, impact of weight and density.

P8 - P10 Forces AQA covering topics needed for Combined Science. Powerpoint presentation with lesson objectives and outcomes + assessment documents with and without answers, homeworks and worksheets. Suitable for foundation and higher with differentiation. Topics covered...... Vectors and Scalars Forces between Objects Resultant Forces Moments at Work (GCSE Physics Triple Only) Levers and Gears (GCSE Physics Triple Only) Centre of Mass Moments and Equilibrium (GCSE Physics Triple Only) Parallelogram of Forces Resolution of Forces Speed and Distance-Time graphs Velocity and Acceleration Velocity-Time graphs Analysing motion graphs Force and Acceleration (Required Practical) Weight vs Mass: the difference Weight and Terminal Velocity Forces and Braking Momentum including concept of conservation Using Conservation of Momentum (GCSE Physics Triple Only) Impact Forces (GCSE Physics Triple Only) Safety features (GCSE Physics Triple Only) Forces and Elasticity: Hookes Law (Required Practical) This does not include Pressure

Powerpoint covering the entire P1 - P3 Energy topics with lesson outcomes for specific content. Includes the two required practicals (Insulation and Specific Heat Capacity). Also incudes worksheets that go along with the lessons and homeworks to supplement classwork.

A calculations worksheet on MOMENTS for the higher ability student Yr9 Physics. Requires the ability to rearrange equations. Question 3 requires the student to convert numbers into correct units before calculating the moment and therefore the solution to the question. Designed for Yr9 but would also lend itself to a brief refresher/starter for P3 physics in KS4

Save yourself some of that precious time, no need to trawl the interweb, use this package of Physics JPEGS (69 individual items) covering Yr7 - Yr11 Physics to support your presentations, documents, revision aids, classroom teaching resources etc

A lesson originally put together for OCR 21st Century Science C1 (Foundation - weak students) with significant challenge but would be equally applicable for any exam board (AQA, EDEXCEL etc) to illustrate the concept of Cause and Correlation. Observed during inspection with this lesson. Very successful outcome. Potentially dry topic. Use a clearly incongruous link, in this case ice cream sales and hayfever cases lnked to pollen count to illustrate the difference between a 'cause' and a 'correlation'. The graphs for this are in the attached powerpoint. Once the difference has been highlighted, move on to collaborative work in the class with the attached work on nitrogen monoxide levels and hayfever and the instances of asthma in a given area. Graphs to be completed using the data on the sheets and the questions about the completed graphs also to be done. Differentiated starter questions are also attached (D- B grade).

To support literacy across the curriculum and obviously Science in particular here, these sentence construction frames are extremely useful in a number of different contexts. Students find this quite a challenge but do engage with this in an extremely positive manner. A good opportunity for collaborative work. They can be edited for differentiation purposes, with significant challenge for the most able and also access for the weakest/SEND. They have been used very successfully as starters, plenaries, end of topic summaries, revision tools, homework and also extensions and they can be adapted for any topic across the entire curriculum from Yr7 to Yr13. I have attached a number of examples with associated powerpoints to have up on the board as the students attempt the task, including..... Limestone Hydrocarbons, Fractional Distillation and Cracking Radiation Respiratory and Circulatory System The Atom, Reacting Masses and Rates of Reaction Transformers and Power

This presentation covers all the different topics in Physics Unit 3: Moments and Levers Pendulums Circular Motion (Centripetal Force) Hydraulics (Pressure in liquids, force multipliers) Braking systems Refraction and Refractive Index Ray diagrams The camera and the eye Magnification Total Internal Reflection (Critical angles) X Rays and CT scans Ultrasound Medical uses of waves Electromagnetism Motor Effect and Flemings Left Hand Rule Electric Motors and Split Ring Commutators Electromagnetc Induction and Generators Transformers and Conservation of Energy Switch Mode Transformers