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GorillaPhysics Resources

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I'm Kit, experienced Physics teacher, head of science and creator at GorillaPhysics on YouTube. Visit my channel: https://www.youtube.com/gorillaphysicsa Check out my high level resources and designed to support students through the grades up to achieve their highest possible.

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I'm Kit, experienced Physics teacher, head of science and creator at GorillaPhysics on YouTube. Visit my channel: https://www.youtube.com/gorillaphysicsa Check out my high level resources and designed to support students through the grades up to achieve their highest possible.
Photons (Energy in and Out of Atoms) - GCSE Physics or Combined Science
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Photons (Energy in and Out of Atoms) - GCSE Physics or Combined Science

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Photons (Energy in and Out of Atoms) - GCSE Physics or Combined Science Quantum!! For exam boards AQA, OCR, Edexcel, Eduqas Objectives: Describe the process of absorption and emission of light from atoms. Describe the photon model of light. Use ideas about energy levels to explain how UV, X-rays and gamma radiation can ionise atoms. Activities: What, quantum? Game time Ionisation Describe the photon model Complete lesson in a powerpoint. Teaching notes from an experienced Head of Physics/Science and technician request in slide notes. My Lessons also include settler questions, practical instructions, homeworks, exam style questions, video and simulation links.
Energy Analysis - Craters Lesson - GCSE Physics and Combined Science
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Energy Analysis - Craters Lesson - GCSE Physics and Combined Science

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Energy Analysis - Craters Lesson - GCSE Physics and Combined Science For exam boards AQA, OCR, Edexcel, Eduqas Objectives: Apply energy analysis to a new context. Take measurements and calculate gravitational potential energy. Use energy analysis to calculate a force. Activities: Simulation and discussion Hypothesis and Method Collect results Analysis and Evaluation Complete lesson in a powerpoint. Teaching notes from an experienced Head of Physics/Science and technician request in slide notes. My Lessons also include settler questions, practical instructions, homeworks, exam style questions, video and simulation links.
Particles and Changing State - GCSE Physics and Combined Science
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Particles and Changing State - GCSE Physics and Combined Science

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Particles and Changing State - GCSE Physics and Combined Science For exam boards AQA, OCR, Edexcel, Eduqas Objectives: Accurately describe the three states of matter. Explain change of state in terms of kinetic energy of the particles and intermolecular forces. Analyse results to define and compare temperature and energy. Activities: Revisit the marbles demo! Heating ice to boiling practical Plot graphs and conclude practical Exam style question Complete lesson in a powerpoint. Teaching notes from an experienced Head of Physics/Science and technician request in slide notes. My Lessons also include settler questions, practical instructions, homeworks, exam style questions, video and simulation links.
Density Practical - GCSE Physics and Combined Science
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Density Practical - GCSE Physics and Combined Science

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Density Practical - GCSE Physics and Combined Science For exam boards AQA, OCR, Edexcel, Eduqas Objectives: Plan an experiment to measure the density of both regular and irregular shapes. Make accurate measurements to measure volume and mass. Report results in a complete table with an appropriate number of significant figures. Activities: Archimedes Story Planning and risk assessment Collecting results Analysing results Conclusion and evaluation Complete lesson in a powerpoint. Teaching notes from an experienced Head of Physics/Science and technician request in slide notes. My Lessons also include settler questions, practical instructions, homeworks, exam style questions, video and simulation links.
Density GCSE Physics and Combined Science
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Density GCSE Physics and Combined Science

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Density GCSE Physics or Combined Science For exam boards AQA, OCR, Edexcel, Eduqas Objectives: Know what is meant by the term density Use the equation to calculate densities of regular shapes Use the particle model of matter to explain why gases are less dense than liquids and solids. Activities: Definitions and demo, box and marbles Calculate some densities Calculate volumes and densities using various units Multiple choice exam questions Complete lesson in a powerpoint. Teaching notes from an experienced Head of Physics/Science and technician request in slide notes. My Lessons also include settler questions, practical instructions, homeworks, exam style questions, video and simulation links.
Ultra Violet and Infrared -  GCSE Physics or Combined Science
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Ultra Violet and Infrared - GCSE Physics or Combined Science

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Ultra Violet and Infrared - GCSE Physics or Combined Science For exam boards AQA, OCR, Edexcel, Eduqas Objectives: Identify some hazards of UV radiation and explain how we can limit them Compare the uses and hazards of ultraviolet and infrared. Explain the uses of IR and UV in terms of their properties. Activities: Fluorescence demo and discussion IR demo and discussion Comparing UV and IR Explaining UV and IR Complete lesson in a powerpoint. Teaching notes from an experienced Head of Physics/Science and technician request in slide notes. My Lessons also include settler questions, practical instructions, homeworks, exam style questions, video and simulation links.
The Electromagnetic Spectrum - GCSE Physics or Combined Science
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The Electromagnetic Spectrum - GCSE Physics or Combined Science

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For exam boards AQA, OCR, Edexcel, Eduqas Objectives: Recall the properties of waves. Define longitudinal and transverse waves. Memorise the portions of the electromagnetic spectrum in order from longest wavelength to lowest wavelength. Activities: Reminders of some wave basics Slinky waves – transverse and longitudinal Make an Electromagnetic Spectrum Wavelength and Frequency Complete lesson in a powerpoint. Teaching notes from an experienced Head of Physics/Science and technician request in slide notes. My Lessons also include settler questions, practical instructions, homeworks, exam style questions, video and simulation links.
Energy Stores and Transfers - GCSE Physics or Combined Science
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Energy Stores and Transfers - GCSE Physics or Combined Science

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Energy Stores and Transfers - GCSE Physics or Combined Science For exam boards AQA, OCR, Edexcel, Eduqas Objectives: Identify some hazards of UV radiation and explain how we can limit them Compare the uses and hazards of ultraviolet and infrared. Explain the uses of IR and UV in terms of their properties. Activities: Fluorescence demo and discussion IR demo and discussion Comparing UV and IR Explaining UV and IR Complete lesson in a powerpoint. Teaching notes from an experienced Head of Physics/Science and technician request in slide notes. My Lessons also include settler questions, practical instructions, homeworks, exam style questions, video and simulation links.
Radiation - Introduction Lesson - GCSE Combined Science or GCSE Physics
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Radiation - Introduction Lesson - GCSE Combined Science or GCSE Physics

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An engaging introduction lesson for radiation: For exam boards AQA, OCR, Edexcel, Eduqas Complete lesson in a powerpoint. Teaching notes from an experienced Head of Physics/Science and technician request in slide notes. My Lessons also include settler questions, practical instructions, homeworks, exam style questions, video and simulation links. Check out the rest of my GCSE Physics lessons resources.
Matter - Introduction Lesson - GCSE Combined Science or GCSE Physics
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Matter - Introduction Lesson - GCSE Combined Science or GCSE Physics

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An engaging introduction lesson for the matter topic in GCSE Physics or GCSE Combined science. Including a really fun and easy practical. For exam boards AQA, OCR, Edexcel, Eduqas Complete lesson in a powerpoint. Teaching notes from an experienced Head of Physics/Science and technician request in slide notes. My Lessons also include settler questions, practical instructions, homeworks, exam style questions, video and simulation links. Please have a look at my other GCSE and A Level Physics resources.
Side-by-side Calculation Sheet - Work Done
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Side-by-side Calculation Sheet - Work Done

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This sheet models completion of Physics calculations showing all the working out. This allows students to complete examples side-by-side with a worked example. In this sheet using the equation, work done = force x distance.
Side-by-side Calculations - Acceleration
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Side-by-side Calculations - Acceleration

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This worksheet models how to set out working for calculations on acceleration in GCSE Physics and combined science. Students follow the examples side-by-side and then have a go at the five practice questions.