This PowerPoint lesson on Magnetising covers creating permanent and temporary magnets, hard and soft magnetic materials, and the practical method for creating electromagnets in the classroom. This is the second (of 8) lessons in this section entitled “Magnetism and Electromagnetism” which is available as a bundle in our shop.

This PowerPoint lesson on The Universe covers the introduction of what is in the universe and what we can see and measure in the night sky (planets, stars, asteroids, galaxies etc.). There is also a set of questions and answers. This is the first (of 6) lessons in this section entitled “Astrophysics” which is available as a bundle in our shop.

This is a detailed lesson plan and PowerPoint that covers the basics of charge and its units and how this links to current flow. There are ideas for practical investigations as well as homework ideas in the step-by-step lesson. A free lesson that precedes this, covering an introduction to circuits and symbols (Also available free in my shop as a stand alone lesson) is also included. This is the second lesson (of 10) in the Electricity unit of work (P2)

This includes a PowerPoint and detailed lesson plan that includes: Recap of charges and charge carriers Description of the phenomena of static charge and the conditions under which it occurs Description of two student led experiments, plus two teacher led demonstrations Extension information about lightning and lightning rods on buildings Electric fields around point charges Homework idea and differentiation / extension ideas are included in the step-by-step lesson. This is the tenth lesson in the Electricity unit of work (P2) and would cover about an hour to 60- 90 minutes of teaching including writing up and analysing the results of the experiments.

This includes a PowerPoint and detailed lesson plan that includes: Recap of current in parallel circuits Recap of potential difference in parallel circuits Experiment investigating resistance in parallel Homework idea and differentiation / extension ideas are included in the step-by-step lesson. This is the sixth lesson in the Electricity unit of work (P2) and would cover about an hour to 90 minutes of teaching including writing up and analysing the results of the experiments.

This includes two detailed lessons and PowerPoints that cover Resistance in circuits. There is also a dedicated lesson on the required AQA practical investigating the IV characteristics of a lamp, diode and resistor. Homework ideas and differentiation ideas are included in the step-by-step lesson. This is the fourth lesson in the Electricity unit of work (P2) and would cover 2-3 hours of teaching including writing up and analysing the results of the experiments. v1.01 - Amended the IV graph example to include negative values

This includes two detailed lessons and PowerPoints that cover Potential Difference and Resistance in circuits. There is also a dedicated lesson on the required AQA practical investigating the Resistance of a Wire. Homework ideas and differentiation ideas are included in the step-by-step lesson. This is the third lesson in the Electricity unit of work (P2) and would cover 2-3 hours of teaching including writing up and analysing the results of the experiments. v 1.01 - Added points, scale and animated line of best fit to example graph

This includes a PowerPoint and detailed lesson plan that includes: Recap of current in series Recap of potential difference in series Experiment investigating resistance in series Homework idea and differentiation ideas are included in the step-by-step lesson. This is the fifth lesson in the Electricity unit of work (P2) and would cover about an hour to 90 minutes of teaching including writing up and analysing the results of the experiments.

This includes a PowerPoint and detailed lesson plan that includes: Calculations examples and descriptions of: Electrical power Electrical power via heating Energy transfer linked to current flow Energy transfer linked to potential difference Homework idea and differentiation / extension ideas are included in the step-by-step lesson. This is the ninth lesson in the Electricity unit of work (P2) and would cover about an hour of teaching.

This includes a PowerPoint and detailed lesson plan that includes: Comparison of Alternating and Direct Current Use of oscilloscopes to investigate the AC / DC traces Conversion of frequency to time period for an AC supply National Grid (UK system) Homework ideas and differentiation / extension ideas are included in the step-by-step lesson. This is the seventh lesson in the Electricity unit of work (P2) and would cover about an hour to 90 minutes of teaching including writing up and analysing the oscilloscopes and drawing out the National Grid system.

This lesson covers the Evidence of the Big Bang through inlcluding the calculation of recessional speeds due to the Doppler Effect and an explanation of the Cosmic Microwave Background (CMB). There is a worksheet of questions and answers included in this lesson. This is the sixth and final lesson in this section entitled “Astrophysics” which is available as a bundle in our shop.

This is a 9 slide PowerPoint that covers BTec National Engineering (A-Level equivalent) on the topic of Momentum This is the third PowerPoint in this section which goes over the basic calculations for two body problems including collisions that stick together, bounce apart, and explosions. This lesson is supported with a set of questions and fully worked answers. This PowerPoint is designed as an animated set of examples of each of the three main types of momentum problems.

iGCSE Physics PowerPoint that covers the topic of Energy including: Energy stores, energy forms, energy transfers, two practical lessons with methods and analysis, conservation of energy, and energy efficiency calculations. This is the first of 6 topics in this units of work and is expected to cover approximately 3 hours of teaching. v1.1 - Added Sankey diagram slide and a second summary slide

This is a 12 slide PowerPoint that covers BTec National Engineering (A-Level equivalent) on the topic of Fluid Systems. This is an introduction to this topic where the properties of mass, pressure, volume, density and weight are explained. A worksheet of questions and an answer sheet are included. This is the first PowerPoint in this section and includes definitions and worked examples.

iGCSE Physics PowerPoint that covers the topic of Work Done. This 14 page powerpoint explains how frictional forces, including air resistance, needs to be overcome to keep an object moving. This is investigated with two practicals (one looking at surfaces and the second similar / extension practical looking at the effect of changing the weight of the object on friction). Graphing skills with extrapolation are also highlighted. This is the fourth of 6 topics in this units of work and is aimed at covering approximately 2-3 hours of teaching, including the experiments.

This is a 8 slide PowerPoint that covers BTec National Engineering (A-Level equivalent) on the topic of Immersed Bodies. This covers the calculations of buoyancy for fully and partially submerged objects. This builds on Archimedes’ principle with a mathematical understanding of buoyancy. This is the third PowerPoint in this section (Fluid dynamics) v1.2 - Worksheet added with answers (2nd Sept 2021)

This is a 14 slide PowerPoint that covers BTec National Engineering (A-Level equivalent) on the topic of Hydrostatic Pressure. This covers hydrostatic thrust calculations, centre of mass and links to everyday engineering (dams), including a worked example. This is the second PowerPoint in this section (Fluid dynamics) v 1.1 - Worksheet added, with answers (2nd Sept 2021)

This is a 13 slide PowerPoint that covers BTec National Engineering (A-Level equivalent) on the topics of Specific Heat Capacity and Specific Latent Heat. This lesson covers the calculations for both heating and changing state of materials. The use of the gradients and scales of graphs are also covered as a method to finding the SHC and SLH of materials that are tested. This is the third PowerPoint in this section (Thermodynamics) and includes a slide which outlines the standard experiment to find the SHC of a substance using an immersion heater. v1.1 - Worksheet and answers add; minor grammar changed on graph explanation

This is an 15 slide PowerPoint that covers BTec National Engineering (A-Level equivalent) plus a worksheet and the answers to the worksheet This covers the mathematical and physics of vectors, resolving vectors and creating free body diagrams, space diagrams and vector diagrams This PowerPoint forms Lesson 1 in this series v.2 - Jan 2022 PowerPoint improved with additional slides showing 4 step-by-step examples

This lesson covers the basic calculation of velocity, defines velocity and speed, covers the main units of measure and then uses graphs to show calculations using gradients. The PowerPoint is animated and is designed to show worked examples of how to find a gradient step-by-step for both a straight line and a curve. The worksheet is a two page questions sheet (with answer sheet supplied) that goes over the main points covered in the lesson