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I am a teacher of physics and astronomy to students aged 11 to 18. I have been Head of Physics and am now Associate Head of Science at a successful comprehensive secondary school, currently OfSted rated Outstanding. GCSE Physics regularly achieves the highest number of top grades in the school. This shop includes an ever-growing range of resources for physics teaching and learning for English Curriculum levels Key Stage 3 (ages 11 to 14), Key Stage 4 (14 to 16) and Key Stage 5 (16 to 18).

I am a teacher of physics and astronomy to students aged 11 to 18. I have been Head of Physics and am now Associate Head of Science at a successful comprehensive secondary school, currently OfSted rated Outstanding. GCSE Physics regularly achieves the highest number of top grades in the school. This shop includes an ever-growing range of resources for physics teaching and learning for English Curriculum levels Key Stage 3 (ages 11 to 14), Key Stage 4 (14 to 16) and Key Stage 5 (16 to 18).
Physics GCSE Revision: BASICS
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Physics GCSE Revision: BASICS

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GCSE Physics GCSE Combined Science Basic Skills: Prefixes, Equations and Rearranging, Experiment Keywords Key Facts box provided for rote learning. Problem Solving as well as Recall Questions to practise and test knowledge retention. AQA and EdExcel Two files: student worksheet and answers.
Electrical Resistance and Graph Analysis
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Electrical Resistance and Graph Analysis

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A worksheet that examines the electrical resistance of: Thermistors at different temperatures, Light-Dependent Resistors (LDRs) at different light levels. The current-potential difference (current-voltage, I-R) graph for a thermistor at three different temperatures is analysed through structured questioning. Resistance is calculated using Ohm’s Law. Data of resistances at varying temperatures for a thermistor is presented and students are asked to plot the graph and describe the pattern shown. A plotted graph of resistances for varying light levels for an LDR is presented and students are asked to draw a line of best fit and describe the pattern shown.
Refraction of Light Experiment Scaffold
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Refraction of Light Experiment Scaffold

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A 7 page booklet which, when printed to A4, provides templates for the shining of light into a glass or Perspex block at regular incident angle intervals of 10 degrees. The first page has full experiment instructions and a drawn example. The block outlines are drawn to match what appears to be the standard size of rectangular Perspex block found in every school I have worked in! This booklet will save you time: students will not have to draw around the blocks, or draw the initial incident ray on the top surface. They can therefore focus on measuring and recording the angles made by the light as it passes through the block.
Circuits: Current and Potential Difference
tommydwtommydw

Circuits: Current and Potential Difference

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Electric Circuits: Current and Potential Difference (voltage), Series Circuits, Parallel Circuits, Correct wiring of ammeters and voltmeters in circuits. Kirchoff’s 1st and 2nd Laws (not named) are applied.