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.

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.

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.

Starter Some example problem pairs Some whiteboard work and an exercise on plotting coordinates and making shapes. Then an exercise on translating coordinates (ie 1 right , 3 up from (8,7)) and an exercise on reading x and y values from coordinates. Then a plenary. About 2 lessons worth.

Powerpoint covers everything. There’s a starter, some pattern spotting, an exercises for both multiplying and dividing (but no mixed exercise) and a plenary. Maybe there’s not enough drill practice here. But you can use mathsbot for that. Enough for two lessons I think. We don’t spend enough time on negatives.

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.

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.

PowerPoint using the White Rose place value grids writing place values from both grids and identifying place value in the number. Includes an exercise, some whiteboard work a starter and a plenary.

Very simple powerpoint Starter, example problem pair, exercise, a problem solving problem and a plenary.

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

A little PowerPoint on division with whole number outcomes. A starter, example problem pair, an exercise, a problem solving bit and a plenary.

Lots and lots of stuff on Column addition and subtraction along with talk about efficient calculations like shifts, using the correct language talk about association and commutativity. Some example problem pairs, loads of exercises with answers and some plenaries. Enough for 2/3 lessons 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.

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 little powerpoint A little prior knowledge starter, an example problem pair, some questions I wrote, some exam questions and a plenary.

A very simple Powerpoint, with a starter, an example problem pair, some questions (including some rearranging equations practice) and a plenary.

Covers the basics of differentiation. Designed for iGCSE but I will probably use this with my AS classes too. *A warm up *An interactive geogebra widget *An example problem pair *Some whiteboard work *An exercise *Another example problem pair covering things like 1/x and root x *Another exercise with some more difficult examples *A plenary with 5 quick questions.

Lesson in a PowerPoint Starter Example problem pair Whiteboard work Exercise Problem solving type question to work on together Plenary - 5 Quick questions

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

Simple powerpoint covering an example problem pair, an independant task with some expect, check, reflect, explain questions and a plenary.