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.

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 collection of case notes on pathological diseases designed for BTEC Level 3 Unit 43 Diseases. Used correctly, they can provide a starting point to show students how to write informative case notes without stealing large tracts of info from wiki, as well as provide a nice resource for struggling students to start from. They could also be used as short reading material for studying disease at any secondary level. Each case note contains basic symptoms, etiology, epidemiology, treatment options.

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

Each sheet is a simple keyword definition task with 10 keywords, which can be used as either a starter, plenary, or homework task. Useful cover activity as well. A bare bones sample is available for free for some of the units. Topics are: Acids and Alkalis Cells Chemical Purity Chemical Reactions Disease Ecosystems Electricity Elements and Compounds Energy Food Force Gas Exchange Genetics Matter Motion Photosynthesis Pressure Reproduction Rocks Skeletal System Space Waves also an excel file with each list included for the teacher. If there are any errors, please comment.

A nicely laid out and clear lesson on the acceleration equation and v/t graphs with worksheet support, practice calculations and answers for all questions on the powerpoint, with the lesson plan attached. Objectives: Foundation Be able to calculate acceleration when given the formula Be able to draw and interpret velocity time graphs Higher Calculate the acceleration of an object from the gradient of a velocity-time graph Calculate the distance an object travelled from a velocity-time graph What you get for your buck: A powerpoint with supporting worksheets: A starter question Explanation of acceleration as a vector and the equation, as well as rearrangement options Practice Calculations with answers (on worksheet and ppt) Challenge question for differentiation (on worksheet and ppt) How to interpret v/t graphs with examples of acceleration by gradient and distance Interpret v/t graph worksheet (answers on ppt) Plenary problem worksheet (answers on ppt) Take care and don't forget to review :)

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 straightforward powerpoint with a read & match activity (print slides 8 & 9). Discussive starter over leprosy victim. It offers grade descriptions (can be adjusted to match new grading systems). Outlines 4 main types of pathogen Read & Match activity - students match image to description Simple 3 question plenary Warning: some of the images are arresting and students are often horrified. Good.

A lesson on speed and velocity for AQA EDEXCEL OCR specifications GCSE Physics. Lots of examples in the powerpoint and a worksheet for challenge, extra practice, or simply homework. I've also included an investigation planning sheet for testing height of ramp on toy cars. Objectives 1. To know the correct units to apply 2. To be able to calculate and rearrange s=d/t 3. To explain the difference between speed and velocity What you get for your buck: A supporting powerpoint A nice picture of a Saleen S7 twin turbo (lovely. Yellow, but lovely) A short history on what we consider fast (in ppt) Oodles of calculation examples and practice (in ppt) A nice interactive slide with moving blocks (you'll need a stopwatch) (in ppt) More calculations (in ppt) An explanation of speed versus velocity More calculations (in ppt) A scaled worksheet with the answers separate for homework, practice etc. You could differentiate by giving the students: A speed investigation proforma (they plan the test given the question - independent learning task) That should keep them busy for an hour ;) Have fun

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 powerpoint covering the following objects in our solar system: Moons Asteroids Comets Meteors

A powerpoint lesson on the Hertzsprung-Russell Diagram, Binary Stars, and nuclear fusion.

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 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

Matches with spec ref 4.2 Organisation (4.2.2.2) and can also be used for outgoing spec B3 for GCSE Biology and Combined Science students. Learning objectives: evaluate the use of artificial hearts and valves evaluate the use of artificial lungs Students will play the role of doctors where they think about the character and what ailments are causing his symptoms. They train up and diagnose his condition and decide on a particular artificial treatment, in this case, replacement valves. The second activity documentation is in the powerpoint itself (last few slides). Outstanding lesson observation (Ofsted)

A consideration of how the sun is powered via nuclear fusion. Can be used with interested students, A level students, or a high ability GCSE class.

A powerpoint about measuring distance in space. Covers radar, cepheids. supernovae, red shift. Includes worksheet

Designed for Level 3 BTEC students studying disease and infection, this powerpoint includes the etiology and epidemiology of malaria. It contains a detailed look at the life cycle of Plasmodium, and considers why malaria is so difficult to treat.

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