Writing and using index notation Massively based off Jo Morgan’s superb work going in depth on indices. http://www.resourceaholic.com/p/topics-in-depth.html

A starter, some simple example problem pairs, as well as some talk about what makes a sensible estimate (we shouldn’t always round to 1 sf). Includes 2 exercises and a learning check.

Changelog 9/11/2021 Updated some answers on the second exercise. Starts numerically, looking at rules for multiplying. Lots of practice Problem solving question Learning check at the end

Everything you need to teach perimeter. Includes algebraic reasoning, drawing a picture with coordinates and the rest. Maybe 3 lessons here.

A lesson I did for pride. Talks about the life of Alan Turning with codes to crack. We used cipher wheels.

Collation of differing styles of ratio problems I’ve seen

Modeled and scaffolded Pythagoras questions.

A really simple set of slides. First a little task on how to spot if two vectors are parallel, then one example, then 4 exam questions for students to work through.

Simple powerpoint containing some example problem pairs (best to print) and some questions on simple single event probability.

A simple powerpoint includes : A warm up An example problem pair An exercise 3 Exam Questions A blooket A plenary Does not include questions where you have to work out the total speed/distance/time of two journeys.

Whole lesson Example problem pair Questions Worded questions Whiteboard work 5 Quick question plenary

Covers how to draw a frequency table, continuous and discrete data and finding the mode from grouped and ungrouped frequency tables. Has a starter, some example problem pairs, some questions (that aren’t amazing tbh) and a plenary.

Simple Powerpoint on reading timetables with a starter, example problem pair, an exercise, exam question and plenary.

Needs a lot of printing (due to the nature of the topic) NOTE : I update stuff often, chopping and changing or correcting errors or general improvements. The latest version of this PowerPoint can always be found here.

Ungrouped. Starter Example problem pair Two sets of questions, one thinking about symmetry in the data Plenary Does not include using the average to find missing values in the table.

An example problem pairs. Loads of practice. Some more puzzly bits.

KS3 Coordinate Geometry Starter Example/Problem pair Midpoints miniwhiteboard work and an exercise Then a stolen exercise from Don Steward thats AMAZING, finding the coordinates of the vertices of shapes. That’s why I’ve called it coordinate geometry rather than just midpoints.

Simple PowerPoint. Starter Example/Problem Pair Some whiteboard work Two exercises (one probably needs printing, the worksheet is included in this pack) and a plenary Veers into decimals, but not too heavily. Enough to push, but also little enough to ignore if you’re not quite there yet.

Students measure sides of shape to determine if it is regular or not. As always, please comment if you found this useful, have an idea on how to improve it, or want something changed.

A resource that took me 5 lessons to go through. So there’s a unit here. (Adding in a few little worksheets I found online for some extra questions) Introduces sin and cos separately, using similar triangles. Then moves onto trig tables, so students aren’t just pressing a ‘magic’ button on their calculator. Then a little exercise choosing between them. Then tan. Then choosing sin/cos/tan. Then angles. Lots here. Lots of questions, lots of examples. No challenging or problem solving questions. This was meant as an introduction.