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

K208 on Dr Frost An example problem pair, a fill in the blanks exercise, some worded questions, 5 quick questions and a blooket

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.

Everything you need to teach percentage on an amount (non calculator). Will easily fill 2 lessons. 2 example problem pairs. 2 sets of exercises. An old sats question, a blooket and some plenary questions.

Example problem pair Two exercises. A distinct powerpoint from the the non calculator percentage questions.

A lot of different example problem pairs linked to ratio skills. Linked to some Dr Frost key skills and with some exercises.

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

Very much a zoom in on one particular skill. Multiplying up or down recipes. Some whiteboard work and some questions along with an example problem pair.

Covers sharing in two parts and three parts. Lots of questions. Printable pages at the end.

Deals with simplifying two part, three part ratios. Also includes a simplifying ratio colouring in puzzle, with loads of odd and weird ratios to discuss.

No context here. Just focused on questions about writing the formula and then finding values of y and x.

Covers writing equations, finding values and direct proportion involving things like x^2

Simple one-sheet of questions. The aim of this one is to explicitly talk about doing calculations that do not change the result. ie : multiplying by one, and explicitly linking something like 5/5 to the concept of one.

Some example problem pairs, two exercises (including dividing an multiplying by negatives)

Quadratics of the form ax^2 + bx + c Example problem pair, some questions, some examples where a and c are not prime and then some exam questions. Personally I use the grid method (Check out Jo Morgan’s Compendium of Mathematical Methods!)

Not much here. A starter, an example problem pair set, a good exercise and some questions to do some AfL at the end.

It’s CHRISTTTTTMMMAAAAATHSSSS All you need to run a full lesson with a mathematical cristmaths quiz. Designed to be accessible to all. Starts with a bit of Shakin’ Stevens asking students to tally various things he sings and notice bits of the really creepy video : - ) Goes onto a bit of converting time, some Suduku stuff, some Chris moyles Maths quizes and a bit of spot the mathematician. Have fun and have a wonderful Christmas Richard

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.

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.

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.