This is a powerpoint covering the following paper 1 required practicals (triple and trilogy overlap) with accompanying workbooklet for students to fill in and answer questions on. Specific heat capacity RP Resistance RP I-V characteristics RP Density RP The start of the powerpoint covers practical skills, revisits variables, errors, lab equipment etc. There is also a guide to answering 6 mark questions. There are questioning opportunities throughout. For each RP there is a theory recap, plus past exam questions based on that specific required practical.

This lesson series covers all of the Medical Imaging module in the OCR A A level physics specification. Included is a powerpoint (over 100slides), and handouts with space to add notes, practice questions and exam questions included for each lesson. Each lesson has learning outcomes, starter activities and exam questions selected to be relevant to the content taught in each lesson. 5-6 lessons of content: X-rays Imaging using x-rays Gamma camera PET Ultrasound Acoustic impedance and doppler imaging

This is a powerpoint (79 slides) containing 5 lessons on Quantum Physics. Each lesson contains examples, questions and exam questions. Each lesson has learning outcomes and a complementary worksheet including exam questions specifically selected to draw on the content covered in each lesson. Lessons: Lesson 1- The photon model Lesson 2- Determining Planck constant - PAG Lesson 3- The photoelectric effect Lesson 4- The photoelectric effect equation Lesson 5- Wave -particle duality

Complete series of approximately 7 lessons for the Gravitaional Fields topic. Powerpoint contains: Lesson 1: Introduction Lesson 2: Newton’s Law of gravitation Lesson 3: Gravitational field strength of a point mass Lesson 4: Kepler’s Laws(practical) Lesson 5: Satellites Lesson 6: Gravitational Potential Lesson 7: Gravitational potential energy Each lesson has learning outcomes, starter question, practice and exam questions with mark schemes. Handout included for each lesson.

This is a complete resource covering the Electrical circuits part of the OCR A A-level physics specification. It includes a comprehensive powerpoint with learning outcomes, examples, interactive questions. Every lesson is accompanied with a student booklet which allows students to easily follow along and practice questions. EVERY lesson includes past exam questions which have been specifically selected to be relevant for each lesson. Content includes: Lesson 1: Kirchhoff’s laws and combining resistors Lesson 2: Emf and internal resistance (practical) Lesson 3: Circuit problems Lesson 4: Potential dividers (PAG 4.1 also) Lesson 5: Sensing circuits (practical) Lesson 4 inlcudes a PAG so will be better split into 2 or 3 parts.

Powerpoint with 60 slides. All lessons also include worksheets, questions and past exam questions specifically selected. Lesson 1- Energy-mass Lesson 2- Binding Energy Lesson 3- Nuclear fission Lesson 4- Nuclear fusion

Lesson series (3-4 lessons depending on lesson length and ability) Lesson 1- Angular velocity and radians Lesson 2- Centripetal acceleration (& practical) Lesson 3- Exploring centripetal forces -Lesson outcomes for each -Examples -Questions -Exam questions Answers provided in the powerpoint. Handout provided to mirror the questions and exam questions from the lesson powerpoint.

This is a powerpoint (88 slides), with 5 lessons, each lesson has a worksheet (3-5 pages long) and exam questions selected specifically to match the content of each lesson. Lesson 1- Waves introduction Lesson 2- Wave profiles Lesson 3- Reflection and refraction Lesson 4- Polarisation and diffraction Lesson 5- Electromagnetic waves and intensity This will suit OCR and AQA exam boards and is used as an introductory lesson series to build on from GCSE knowledge before starting more advanced waves content.

This is a complete resource for thermal physics including a powerpoint with learning outcomes, questions, practicals, exam questions. Each lesson has a work booklet which accompanies the lesson. Lessons: Lesson 1: Temperature Lesson 2: Solids, liquids, gases Lesson 3: Internal energy Lesson 4: Specific heat capacity (PAG will add a lesson) Lesson 5: Specific latent heat (practical) Past exam questions specifically selected for each lesson, with all answers included.

This is a complete resource with powerpoint and handout conatinaing example questions, practice questions and exam questions. Each lesson has a starter activity, learning outcomes. Practical activities included as well as simulations. Outline: Lesson 1- Oscillations (Intro to SHM) Lesson 2- Describing SHM Lesson 3- Energy in SHM and damping Lesson 4- Resonance Lessons may take more than 4- including practical and depending on lesson timings.

This is a powerpoint covering the following paper 2 required practicals (triple and trilogy overlap) with accompanying workbooklet for students to fill in and answer questions on. Force and extension RP Force and acceleration RP Waves in a ripple tank and on a string RP Investigating infra red radiation RP The start of the powerpoint covers practical skills, revisits variables, errors, lab equipment etc. There is also a guide to answering 6 mark questions. There are questioning opportunities throughout. For each RP there is a theory recap, use of vidoes and simulation (for ripple tank) plus past exam questions based on that specific required practical.

Complete resource covering content for OCR A exam board on Ideal Gases. Contains a powerpoint with over 70 slides. 4-5 lessons depending on lesson length. Each lesson contains: Learning outcomes Starter activities Examples Exam questions Practicals where appropriate (Boyle’s law PAG in this lesson series) Handout for each lesson with partially complete notes, plus questions and space to write answers. Lesson 1: Kinetic theory of gases Lesson 2: Gas laws Lesson 3: Root mean square speed Lesson 4: Boltzmann constant

This is a complete resource containing a powerpoint with 87 slides covering 6/7 lessons. Each lesson has a worksheet document included. Each lesson includes learning outcomes and past paper questions selected for relevance. Content covered: Lesson 1- Circuit symbols and emf Lesson 2-Electron gun and resistance Lesson 3- I-V characteristics (with practical) Lesson 4- Resistivity (with PAG - could be 2 lessons) Lesson 5- Thermistor and LDR (with practical) Lesson 6- Energy, power and paying for electricity

Video explaining stationary waves with examples.

Video explaining refraction including worked examples.

Video, explaining polarisation with examples.