Includes writing a number as the product of its primes and using index notation. Also includes some bits at the end for stretch. Using prime factor decomposition to simplify fractions and find square and cube roots. CHANGELOG: 16/09/2022 Added some miniwhiteboard work.

PPT with example problem pairs for estimating square and cube roots along with three small exercises covering squares, cubes and using estimation to find the side length of shapes.

Going through your typical proportion questions, focusing on how to pick which type of proportion is needed. CHANGELOG 9/12/2022 Updated answers.

A few pie charts that represent funny ideas or jokes. The idea is that students get a feel for how pie charts work. I used it as a Y7 starter to generate discussion. The 'how often charts don't make sense' pie chart is particularly good for this. As always, please rate and comment with suggests and ideas. Thanks :)

Focus on correct language as well as moving onto algebra NOTE: I change my PowerPoints often but don’t always get around to updating TES. The latest version of this file can always be found here.

Example problem pair Two activities Some application questions Learning check NOTE : I update my slides often but don’t always get around to reuploading them here. The latest version of this PowerPoint can always be found at this link.

Really simple little worksheet. Label the hypotenuse on 6 rotated triangles. Uploaded because I could find anything similar

Full lessons. Covers a few discussion points, and goes through how to find experimental probabilities from tables. You should probably print off the questions as they go over two pages.

A lesson (or six) on adding and subtracting fractions. A shed load of stuff here. Example problem pairs. Tons of practice and puzzles and problem solving exercises. Pick what you want to show and go.

Simple PowerPoint Multiplying decimals both from scratch and using previous facts. Ie 43 x 56 = 2408, what is 4.3 x 5.6? Includes example problem pairs and two exercises. Everything you need to teach this topic.

CHANGELOG 4/10/21 Fixed some formatting errors Simple stuff. Example problem pairs, so exercises. I’m sure there’s loads more interesting things you can do here. I used some extra stuff I found on resourceaholic for some practice. Probably at least 3/4 lessons in these slides.

There is tons here. Enough easily for a weeks worth of work. A starter, some whiteboard work, some problem solving, an exercise (with answers) , plenaries, all broken down into adding and then subtracting directed numbers.

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

Includes A starter Two example problem pairs on finding frequencies and drawing the missing items. An exercise involving a bit of thinking (that owes a BIG debt of gratitude to @giftedHKO for the inspiration) Two exam questions A learning check plenary.

Introduction to vector geometry. Includes examples and two exercises. One on simple questions where you just have to add the vector ‘routes’ and one that throws in some mid point stuff. NO PARALLEL LINES, COLINEAR POINTS OR PROOF HERE

PowerPoint on column multiplication. *Starter with a focus on commutativity etc *Example problem pair to teach with *Some questions (a bit of a boring exercise, sorry) *A blooket *5 QQ to finish.

I’ve updated this massively. I’ve thrown lots of stuff out. It’s now quite barebones (warm up/example problem pair/mini whiteboard work/exercise/plenary).

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

Examples of when it’s easy to multiply up, when you need to reduce then multiply and when you need to use a calculator. Then loads of questions, including some whiteboard questions.