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GCSE Physics: Atmospheric Pressure
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GCSE Physics: Atmospheric Pressure

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This presentation covers OCR Gateway Physics 9-1 P1.3.3 Atmospheric Pressure This presentation includes: Balanced and unbalanced forces Resultant force Changing atmospheric pressure Exam style question with mark scheme
GCSE Physics: Pressure and Volume
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GCSE Physics: Pressure and Volume

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This presentation includes: Pressure x Volume = Constant Worked Examples Plotting of pressure-volume graph Explanation of increasing energy and temperature with bike pump
GCSE Physics: Pressure and Surface Area
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GCSE Physics: Pressure and Surface Area

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This presentation covers OCR Gateway Physics 9-1 P1.3.2 Pressure and Volume This presentation includes: Calculating surface area Pressure equation with worked example Rearranging pressure equation Pressure equation problems with full solutions
GCSE Physics: Gas Pressure & Temperature
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GCSE Physics: Gas Pressure & Temperature

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This presentation covers OCR Gateway Physics 9-1 P1.3.1 Gas Pressure and Temperature This presentation includes: Introduction to kinetic theory Relationship between temperature and pressure Force by gas particles being normal to surface Graph plotting - Extrapolation to absolute zero Health and safety video on gas canisters and fires
GCSE Physics: Specific Latent Heat
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GCSE Physics: Specific Latent Heat

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This presentation covers OCR Gateway Physics 9-1 P1.2.4 Specific Latent Heat Presentation covers Changes of State - Phase changes Interactive Graph Equation with example Questions with solutions for SLH equation Exam style question with answer
GCSE Physics: Specific Heat Capacity
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GCSE Physics: Specific Heat Capacity

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This presentation covers OCR Gateway Physics 9-1 P1.2.3 Presentation includes: Definition of SHC Real life examples of SHC SHC equation with example SHC equation questions with worked solutions Exam question with solution
GCSE Physics: Density Practical
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GCSE Physics: Density Practical

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This presentation covers OCR Gateway Physics 9-1 P1.2.1 Presentation includes Conversion from grams (g) to kilograms (kg) and centimetres (cm) to meters (m) with exercise and answers Finding volume of regular and irregular shapes Plenary Exam Question and Answer
GCSE Physics: Density
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GCSE Physics: Density

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This presentation covers OCR Gateway Physics 9-1 P1.2.1 Presentation includes Calculating volume for regular shapes Conversion from grams (g) to kilograms (kg) and centimetres (cm) to meters (m) with exercise and answers Converting with standard form with examples and solutions Applying the density equation with examples and solutions Proportionalities Plenary exam question and solution
GCSE Physics: Atomic Model 1
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GCSE Physics: Atomic Model 1

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This presentation covers OCR Gateway Physics 9-1 P1.1.1 Covers: Scientific Models Ancient Greek Model Dalton’s Model JJ Thomson’s model
GCSE OCR Physics 9-1 Paper 2 Revision Booklets
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GCSE OCR Physics 9-1 Paper 2 Revision Booklets

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OCR GCSE Physics Paper 2 for higher tier (triple and combined) are covered with individual revision booklets. Each booklet has: Link to specification number Denotes if it is higher or combined material Equations to recall and apply for that section Equations to apply for that section Key Points Exam questions Mark Schemes for each question Triple Booklets: P5.1 Wave Beahviour and Wave Velocity P5.2 Electromagnetic Waves P5.3 Wave Interactions P6.1 Radioactive Emissions P6.2 Uses and Hazards - Fusion and Fission P7 Energy P8.1 Physics on the move P8.2 Powering Earth P8.3 Beyond Earth Combined Booklets: P4.1 Wave Beahviour and Wave Velocity P4.2 Electromagnetic Waves P4.3 Radioactice Emissions P6 Energy P6.2 Physics on the move P6.3 Powering Eaerth
GCSE OCR Physics 9-1 Paper 1 Revision Booklets
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GCSE OCR Physics 9-1 Paper 1 Revision Booklets

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OCR GCSE Physics Paper 1 for higher tier (triple and combined) are covered with individual revision booklets. Each booklet has: Link to specification number Denotes if it is higher or combined material Equations to recall and apply for that section Equations to apply for that section Key Points Exam questions Mark Schemes for each question Triple Booklets: P1.1 The Particle Model P1.2 Changes of State P1.3 Pressure P2.1 Motion P2.2 Newton’s Laws P2.3 Forces in action - Simple Machines P2.3 Forces in action - Springs and Gravitational Energy P3.1/2 Electricity P4.1 Magnetism P4.2 Uses of Magnetism Combined Booklets: P1.1 The Particle Model P1.2 Changes of State P2.1 Motion P2.2 Newton’s Laws P2.3 Forces in action - Springs and Gravitational Energy P3.1/2 Electricity P3.3 Magnetism and Fields
GCSE OCR Physics P4 Magnetism
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GCSE OCR Physics P4 Magnetism

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All resources for P4 Magnetism and Magnetic Fields for GCSE OCR Physics Gateway 9-1.Triple and combined (Higher and Foundation) is covered in this material. • Magnets and Magnetic Fields • Currents and Fields • Right Hand Cork-screw Rule • Fleming’s Left Hand Rule • Currents and Forces • Motors • Electromagnetic Induction • Generators • Transformers • Speakers and Microphones
GCSE Physics: Speakers and Microphones
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GCSE Physics: Speakers and Microphones

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This lesson presentations covers OCR Gateway Physics 9-1 P4.2.6 Speakers and Microphones. Definition of sound waves. Structure and operation of a speaker. Fleming’s left hand rule. Structure and operation of a microphone. Electromagnetic induction. Comparison of speakers and motors. Comparison of microphone and generators. Comparing microphones and speakers
GCSE Physics: Transformers
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GCSE Physics: Transformers

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This lesson presentations covers OCR Gateway Physics 9-1 P4.2.5 Transformers. Examples of transformers in everyday life Structure of a transformer Step-up and Step-down transformers Transformer equation and rearranging equations. Worked Examples and Student problems with worked solutions. Explanation for use of step-up transformers - efficiency
GCSE Physics: Generators
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GCSE Physics: Generators

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This lesson presentations covers OCR Gateway Physics 9-1 P4.2.4 Generators. Uses of generators AC and DC definitions Structure of dynamos and alternators Comparing dynamos and alternators. Plotting graphs for induced potential difference from dynamos and alternators Commercial generators, 230 V at 50 Hz.