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.

A worksheet for simple sequences, both generating from a written rule, and finding the missing number. Students start at T. They then answer the question at the bottom of the letter, to find the answer at the top of their next letter. And so on. If they complete this it should spell out the punchline 'Tyrannosaurus Wrecks&'

Using angles in parallel lines rules with bearings. Includes exam questions.

My annual Christmaths maths quiz is back for 2022. Includes a Shakin Stevens video. Why not. 5 rounds linking maths and Christmas. Should take you about an hour.

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

Full lesson on equations of parallel lines. Exercises with answers included.

Quite like this. A little discussion on finding the midpoint, followed by an example problem pair, followed by a very scaffolded exercise followed by an activity where pupils have to look at what’s changed, which I think is quite cool. I used Dr Frost to top off a little bit of practice here, too.

I’ve kept this as a separate lesson from dividing. I think it’s worth taking the time. Prior knowledge check Example problem pairs Learning check When I come to update this, I will add a section on multiplying then factorising. It wasn’t quite appropriate for the class I designed this lesson for. NOTE : I update my lessons a lot. To correct errors or make them better. I don’t always reupload them here. You can find the latest version of my PowerPoint here.

Starter about hatching eggs and a rich task involving student developing a plan to maximise XP and minimise time spent. Made by a colleague who is shy to upload stuff. I understand none of it. Much thanks to him.

CHANGELOG : Massively updated 23/09/2021 to clean up a lot of stuff and add a section on identifying how many significant figures are in a number. I also collated the activities into a worksheet. 20/9/22 : Changed the worked examples to avoid duplicate digits. Full lesson. Starts with a pattern spot (you could use mini whiteboards), moves on to some increasingly difficult problems, then a lovely pixel puzzle.

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.

Just a simple powerpoint lesson. Example problem pair, followed by some questions, some discussion an exercise and some UKMT problems.

Quadrilaterals/kites/exterior angles. Need to add something on algebra when I come to update. NOTE: Everything is a work in progress. The latest version of this file can always be found at this link.

Does as it says on the tin. There’s probably two lessons in here. Includes a worksheet with the same questions as on the PowerPoint. Answers are provided.

Students are shown 8 triangles. They have to assess if the traingles shown are mathematically valid. Some of the triangles do not add up to 180 dregrees. Some triangles have clear acute angles lables as obtuse angles. As an extention, some pupils can give written reasons WHY some of the traingles are not correct. NOTE: These are not drawn to scale, and are not to assess students ability to measure angles with a protractor. They are as a test of student's knowledge about the internal angles of a triangle.

Full lesson Example problem pairs Questions Exam questions Learning check When I come to update this, I need to add more questions where substitution is required. NOTE : I update my PowerPoints a lot, but don’t always reupload them to TES. They’re a work in progress. The latest version of this PowerPoint can always be found here.

Loads of shapes. Measure them. Add up the angles in each shape. What do you notice?

Covers simple interest, compound interest, appreciation and depreciation. 3 exercises and a few big questions. Example problem pairs for everything.

Really quick PowerPoint with two activities. I wrote this to introduce tables of values separately from straight line graphs, as I found some students got really muddled when jumping too quickly into this topic.

Just a quick little PowerPoint and worksheet. Finding percentage increase/decrease. There’s no multipliers here. I teach that as a separate lesson usually.