A grade laddered lesson with lots of calculations with practice exam questions at the end. Order of business... Starter - match the energy type Draw energy transfer diagrams Calculate energy conservation Calculate efficiency Use Sankey diagrams Exam questions Print slide 22 or the attached worksheet files

A lesson on wave interference and application in everyday life for KS3 students or low-level KS4 students. Comes with a plan, a complete powerpoint, and the accompanying worksheet. Learning Objectives Suggest what happens when 2 waves combine. Apply the concept of interference in everyday life. Evaluate how to reduce interference in sound waves.

A lesson for AS Physics students covering triangle of forces, with notes, examples and questions

Used for a successful interview lesson (1hr). Learning Objectives: Know names and formulae of common acids and alkalis Explain qualitatively what weak and strong acids are Predict the outcomes of neutralisation reactions, including writing balanced symbol equations Includes: differentiation extension activities exam questions answers for everything (which is always nice)

A powerpoint lesson on oxidation and reduction for KS4 Chemistry students Includes Definitions and explanations OILRIG Questions and Answers Displacement Reaction Practical Guide using dropping tiles Ionic half equations Exam questions

Designed for an OCR A Physics lesson, this powerpoint has accompanying activities as well as exam practice questions. Covers: Acceleration, g, of free fall concept. Techniques and procedures used to determine the acceleration of free fall in the laboratory using trapdoor and electromagnet arrangement or light gates and timer.

A powerpoint lesson on coloured light for KS3 Physics Learning Objectives: Describe how primary colours mix to form secondary colours. Explain why objects have different colours when light shines on them. Describe the properties of materials and how light behaves with them. Includes: Starter Explanations AFL activities Practical with ray boxes Concept Questions Plenary

Matches spec ref: 4.2 Organisation (4.2.2.4) and old spec B3 This is part 2. See Artificial organs lesson for part 1. Dave is back and he's in trouble. Learning Objectives: Know what artificial blood is Know some of the advantages and disadvantages of types of artificial blood Know what a stent is, how it works, and its purpose. Save Dave. Again. Students continue to play the role of emergency doctor and think about artificial blood and how stents work.

A lesson on exothermic and endothermic reactions for GCSE Chemistry. What you get for your buck... Lesson Plan Video starter (included and embedded) Supporting powerpoint Differentiated experiment worksheets a) Barium Hydroxide + Ammonium Nitrate b) Sodium Hydroxide and Hydrochloric Acid c) Sodium Hydrogen Carbonate + Citric Acid d) Copper Sulphate solution + Magnesium Ribbon Exit Pass activity Plenary

A lesson on resolving motion on an inclined plane with examples and questions to support the learning.

A powerpoint lesson on Atmospheric Pressure for KS3 Physics Students Learning Objectives: Explain why pressure decreases the higher the altitude Understand how a barometer works Explain why boiling point decreases the higher the altitude Includes: A starter Explanations AFL activities Simple practical Plenary - the story of the Thief and the Mountain Execution

A lesson on payback time and insulation methods in the home for GCSE Physics AQA Objectives: Be able to outline methods of insulation Describe R-value Calculate Payback Time What you get for your buck: A supporting powerpoint Example calculations (on ppt) A worksheet with a challenge question

A consolidation AQA P2 lesson on F=ma, v=d/t, a=(v-u)/t, d/t graphs, v/t graphs used in a successful lesson observation with a class of 31 students at mid to high grade ability. Order of Business: *The formulas, units, abbreviations *Describing motion on v/t graphs *4 Group activity using worksheets (slides 18 to 25 print back to back). Students complete the front page. Worksheet activities differentiated by science group (Newton, Darwin, Einstein, Hawking) *Science Groups change to number groups and share answers on reverse of worksheet as experts. Calculate distance on v/t graphs Plenary Question NB/ You may wish to change the example problems on the worksheet/ppt to include your name instead of mine.

A basic powerpoint lesson on force = mass x acceleration. Starter - Discussion on laws of motion Share Equation and practice Qs Gravity, mass & weight Practice Qs

A powerpoint presentation/lesson on velocity for KS3 students or low level KS4. Learning Objectives Recall the difference between scalers and vectors To describe the difference between speed and velocity To calculate velocity of a falling object Starter - speed calculation Definitions of scalar and vector with exercise Clear explanation of speed vs velocity Practical activity using falling paper cake cases Plenary questions All calculations are answered in the slides.

A lesson on longitudinal waves for KS3 students in physics. They learn about sound waves, longitudinal waves, and then apply to P and S waves in seismic activity. Comes with a plan, powerpoint and relevant worksheets. Learning Objectives Be able to describe a longitudinal wave Define the terms: rarefaction and compression and describe the properties of different types of waves. Describe and explain a model of a longitudinal wave

Suitable for KS3 and low level KS4 classes Learning Objectives To define heat transfer by radiation To describe an example of radiation To explain why radiation occurs Simple starter identifying likely heat loss points on a house Quick exposition Definitions of heat transfer Thermograms Practical Activity: comparing material and heat loss Solar radiation Q & A plenary

A lesson on force,mass, and types of force, as well as an introduction to free body diagrams. Contains notes, examples, practice questions, and practice exam questions

A lesson for AS physics students on friction, drag force, and terminal velocity with notes, video links, and problems (with answers)

A lesson on Human Evolution for GCSE Biology (off-spec but very engaging). Used to introduce the theory to low to middle achievers. MUST state what the theory of evolution is. (Grades G to E) SHOULD explain some evidence for evolution. (Grades E to D) COULD interpret data to trace an organisms evolution. (Grades D to C) Recommend a subscription to echalk for the peppered moth activity in the ppt. The activity uses the Homo-genus posters (print and laminate in colour A3 for best effect and hang around the room). Ask the students to use the posters to construct a timeline of evolution from oldest to youngest. There is a table on the powerpoint with the approximate years. I've also included some information for the teacher on hominid evolution if they wish to buff up their knowledge for extra nerd value.