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Average Rating4.57
(based on 45 reviews)

If you’re looking for tried and tested physics resources, these will help get your course content across and make it interesting. Delivery and execution are down to your own personal style. My resources have all been tested on real classes and have been observed by respected colleagues, who are also excellent teachers. I work in one of the best (Outstanding) state schools in the UK. I retrained as a teacher in my 30s and have been teaching physics and some biology for twelve years.

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If you’re looking for tried and tested physics resources, these will help get your course content across and make it interesting. Delivery and execution are down to your own personal style. My resources have all been tested on real classes and have been observed by respected colleagues, who are also excellent teachers. I work in one of the best (Outstanding) state schools in the UK. I retrained as a teacher in my 30s and have been teaching physics and some biology for twelve years.
P6f Charging
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P6f Charging

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Year 11 GCSE (Higher) ELECTRICITY FOR GADGETS OCR Gateway Science Suite Lessons 11-12 (P6f) 1) …current voltage graph for a silicon diode… 2) …silicon diode in terms of the movement of holes and electrons 3) …four diodes in a bridge circuit produce full-wave rectification 4) …flow of current and reduction in pd across a capacitor… 5) …capacitor in a simple smoothing circuit
P2h The Big Bang
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P2h The Big Bang

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Year 10 GCSE (Higher) LIVING FOR THE FUTURE OCR Gateway Science Suite Lessons 15–16 (P2h) 1) …Big Bang theory accounts for red shift and the age of the Universe. 2) …life history of a star. 3) …fate of medium-weight and heavy-weight stars. 4) …properties of a black hole.
  L5 Genetic Engineering and Cloning
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L5 Genetic Engineering and Cloning

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Genes & Genetic Engineering GCSE / AS Lesson 5 Genetic Engineering, Recombinant DNA technology, Isolation of the gene, Copying the gene, Polymerase Chain Reaction (PCR), Plasmids, Insertion of the gene into a vector, Cloning Frogs, Cloning Dolly (the sheep)
  P3b Changing Speed
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P3b Changing Speed

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Year 10/11 GCSE OCR Gateway Science Suite FORCES FOR TRANSPORT Lessons 1-2 (P3b) Changing Speed Objectives 1) State and use the equation: acceleration = change in speed / time 2) Draw and interpret qualitatively simple speed time graphs 3) Describe how the gradient of a speed-time graph is a measure of acceleration 4) Explain acceleration could involve a change in speed or direction
  P3a Speed
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P3a Speed

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Year 10/11 GCSE (Higher) OCR Gateway Science Suite FORCES FOR TRANSPORT Lessons 1-2 (P3a) Objectives: Interpret the relationship between speed, distance and time. State and use the equation: speed = distance / time. Draw and interpret qualitatively simple distance time graphs. Calculate speed from the gradient of a straight line graph
L1 Chromosomes and DNA structure
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L1 Chromosomes and DNA structure

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Genes & Genetic Engineering GCSE / AS Lesson 1 Characteristics of DNA, Variety of Life, Universal Code, Chromosomes, Chromosomes (human male), Deoxyribonucleic Acid, Nucleotide structure, Polynucleotide structure, DNA structure
A4 Paper Balance
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A4 Paper Balance

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Make a balance from a single sheet of A4 paper that will weight things up to about 3g (more with simple modifications) accurate to 0.01g. YES REALLY! A class can each make one of these in a few minutes and actually use it in experiments, then they can put them in the back of their books for next lesson. This is an indispensable piece of scientific equipment that cost less than ½p!
  Snooker / Horror Graphs
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Snooker / Horror Graphs

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Snooker/Horror Graphs: fully differentiated lesson; 6 levels of worksheets, results tables and graphs; automated quiz at the start selects worksheet level for each student with hand-drawn tables and graphs to complete. They use their graphs to mark Mr Ferguson's effort. Assessment, differentiation and progress in spades! Done for a lesson observation, triple outstanding with bottom set Year 10s
  P1f Wireless Signals
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P1f Wireless Signals

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Year 10 GCSE (Higher) ENERGY FOR THE HOME OCR Gateway Science Suite Lessons 9-10 (P1e) 1) …analogue and digital signals. 2) …advantages of digital signals. 3) …applications of Total Internal Reflection in fibre optics. 4) …optical fibres to allow more information to be transmitted.
  P2d Nuclear Radiations
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P2d Nuclear Radiations

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Year 10 GCSE (Higher) LIVING FOR THE FUTURE OCR Gateway Science Suite Lessons 7–8 (P2d) 1) …of beneficial uses of radiation: α alpha β beta γ gamma 2) …alpha, beta and gamma can be identified by their penetrating power. 3) …ionisation in terms of the removal or gain of electrons from particles.
  P2c Fuels for Power
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P2c Fuels for Power

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Year 10 GCSE (Higher) LIVING FOR THE FUTURE OCR Gateway Science Suite Lessons 5–6 (P2c) 1) …of different energy sources. 2) … using the equation: power = voltage x current 3) …kilowatt–hours using the equation: energy supplied = power x time 4) …of nuclear power.
P2e Our Magnetic Field
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P2e Our Magnetic Field

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Year 10 GCSE (Higher) LIVING FOR THE FUTURE OCR Gateway Science Suite Lessons 9–10 (P2e) 1) …cosmic rays: generate gamma rays spiral around the Earth cause the Aurora Borealis. 2) …magnetic fields can be generated by moving charged particles. 3) …Earth–Moon system as a result of the collision between two planets.
P6b Sharing
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P6b Sharing

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Year 11 GCSE (Higher) ELECTRICITY FOR GADGET OCR Gateway Science Suite Lessons 3-4 (P6b) 1) …output potential difference of a potential divider from the value of the resistors using: Vout = Vin x (R2) / (R1 + R2) 2) …variable resistors can be used to provide an output pd with an adjustable threshold 3) …LDR or a thermistor can be used…
P5g Refraction of Waves
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P5g Refraction of Waves

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Year 11 GCSE (Higher) SPACE FOR REFLECTION OCR Gateway Science Suite Lessons 13-14 (P5g) 1) Calculate refractive index using the equation: n = c / v 2) Use and manipulate Snell’s law in terms of angles of incidence and refraction: n = sin i / sin r 3) Calculate the critical angle from the refractive index using the equation: sin c = nr / ni
Science Quiz I
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Science Quiz I

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Science Quiz 1 End of term is coming. This quiz comprises eight rounds of ten questions. Fully menu driven so you can do it in any order, the whole thing or just a couple of rounds. The slides in each round are timed so you can start it and leave it, with the ability to go back, mark after each round or at the end. Includes two sound rounds which students love. Challenging from year 7’s to staff!
P5f Nature of Waves
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P5f Nature of Waves

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Year 11 GCSE (Higher) SPACE FOR REFLECTION OCR Gateway Science Suite Lessons 11-12 (P5f) 1) …constructive and destructive interference. 2) … wavelengths in the path difference of two waves from the same sources is: … 3) … polarisation is used in the application of Polaroid glasses.
P3e Energy on the move
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P3e Energy on the move

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Year 10/11 GCSE (Higher) FORCES FOR TRANSPORT OCR Gateway Science Suite Lessons 9-10 (P3e) 1) …kinetic energy is greater for objects with higher speed or greater mass 2) …Use the equation: KE=½ x mv2 3) …factors affecting car fuel consumption figures
P5d Momentum
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P5d Momentum

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Year 11 GCSE (Higher) SPACE FOR REFLECTION OCR Gateway Science Suite Lessons 7-8 (P5d) 1) … object collides with another object, the two objects exert an equal and opposite force on each other 2) …momentum = mass x velocity 3) …Force = change in momentum / time 4) … momentum is a property that is always conserved
Key Stage 3 Physics Symbols & Units
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Key Stage 3 Physics Symbols & Units

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Circus of practical activities and calculation covering all the 16 physics symbols and units needed in Key Stage 3. Distance, area, volume, mass, density, force, pressure, time, speed, weight, moment, energy, current, resistance and voltage. This full lesson including workbooks, PowerPoint and requisition list for equipment. Use as an introduction in year 7 or for revision at any stage.
  PhotoCell Solar Panel Prep
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PhotoCell Solar Panel Prep

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The theory of Photocells and Solar Panels. OCR Gateway Science Suite Controlled Assessment Theory June 2012 This is a prep lesson for controlled assessment covering all the theory required in one simple presentation with questions throughout and a worksheet for the students to complete. Hope it helps!