Dealing with inequalities from representing on a number line to solving to shading regions.

This is designed to take the students from simple expanding a bracket to simple factorising to multiplying out two brackets to factorising quadratics to simplifying algebraic fractions to solving quadratics by completing the square to solving quadratics using the quadratic formula and simultaneous equations involving quadratics. There are questions for each as well as examples and explanations. Between each section there is a 'Where are you now?' section to show progress.

A powerpoint taking you from chance and probability lines, listing outcomes, the probabiliy of an event not happening and tree diagrams.

Various tutorials taking you from grade F to A - bar charts to histograms, simple avearges to estimating ther mean.

The usual joke to find the punchline for but two sheets: sheet one is relatively easy whereas sheet two is all mixed numbers. Corrections made to codebreaker 1 - thank you for spotting them for me!

Three codebreakers ranging from easy to difficult as you go through them, but all with a Christmas joke (made up by me, so I apologise now) and with all the questions being Christmas-y too. All sorts of topics covered. Hopefully errors corrected (I found one on each sheet!).

A series of lessons taking students through 'I think of a number' problems to simple equations, equations with brackets to letters on both sides to equations with fractional parts.

Four different codebreakers (and jokes) ranging from simplifying numeric indices, moving to algebraic and then onto evaluating negative and fractional indices. Many more terrible jokes in these codebreaker bundles 🔑 GCSE Algebra Codebreaker Worksheet Bundle Number + Probability Codebreakers GCSE Maths Geometry Codebreaker Worksheets GCSE Maths

This takes you from the most basic simplifying up through substitution and proof of formulae.

Find the letters with the given probabilities to find the punchline to the joke! I'm particularly pleased with this joke as I made it up!!!

Convert mixed to improper and vice versa. The usual stuff - find the Tim Vine joke punchline...

Two lame jokes from yours truly whose punchlines are unveiled upon answering the negative numbers questions. Number 1 is simple adding and subtracting, number 2 is multiplying and dividing (including Bidmas).

Taking you through counting squares, to rectangle/triangles/parallelograms/trapeziums to compound shapes, circles, cuboids, prisms, sectors/arc lengths, cones, spheres and frustums (phew!). Complete with success criteria etc.

Four codebreakers (each with a different cheesy joke) on rounding starting with nearest whole 1,10,100 etc, then decimal places, then significant figures and finally a mixture of all types. Error in sheet 1 corrected. More codebreaker resources 🔑 Cheesebreakers (Cheese-related joke) Bundle Codbreaker (Fish-related Joke) Bundle Number + Probability Codebreakers GCSE Maths

The usual lame jokes and two codebreakers, number 1 not involving mixed numbers, number 2 involving them.

This is a worksheet with some questions on solving simultaneous equation in three sections. Section 1 is two linear equations; section 2 is a quadratic and y=n; section 3 is a quadratic and y=mx+c. The first two sections fit onto two sides of A4 and part 3 is the extension ultimately. There is a RAG table for students to mark their progress and this can be amended depending on how far you want to go. Students will need to plot graphs and estimate solutions as not all are integers. Typos corrected!

I needed something for my top set Year 8 to get their teeth into regarding "order of operations" and since I'm clearly into spiders at the moment this was born. It asks student to place operations and brackets into calculations to make them equal a certain total. There are 4 that get increasingly difficult (no indices involved) and then a challenge (with indices involved). There will also be more than one way to answer some, but I have provided an answer for each.

Three algebraic fraction codebreakers to solve with the usual terrible jokes. They are of increasing difficulty so choose the one appropriate to your needs.

Calculate each question using Bodmas/Bidmas, unjumble the letters and find the name of a famous international city!

Three different codes to crack: number 1 is just finding the next term in the sequence (not all are arithmetic), number 2 is substituting into nth terms (with a simple quadratic or two) and number 3 is finding and using nth terms of arithmetic sequences. Each has a punchline to a joke to find. I use these for starters and plenaries or homeworks as they are very easy to mark. Typo on number 1 corrected.