Multiple lessons and resources to take a KS3/4 class from the very start of simultaneous equations through to more complex examples. I teach it via matching the coefficient of the middle term and then applying different sign add or same sign subtract. The powerpoint takes the students through the phases of the work where, at first the coefficients match. Then students will have to multiply through to enable a match. Finally there is manipulation of both equations required. At least 5 different resources, many of which can be written on and some answers are contained. Homework task is available also.

Two (and perhaps more) lessons on finding the nth term of a linear sequence for foundation students (an +b where a is positive). The starter is differentiated and is simple number patterns. The powerpoint talks through the concept of nth term by likening it to finding numbers behind a numbered door (the term number). In the second lesson the use of the nth term (on the same presentation) is used to generate terms. The spreadsheet contains many fully differentiated tasks (at least 4) which you can select from. Most of them are write on and allow students to get through the work at some pace. There are also multi-choice tasks. The lesson check out can be used at the end of the first lesson to asses the learning

A full lesson on the practise of the four main transformations: rotation, reflection, enlargement and translation. Full animated powerpoint shows students the basics of the transformation and then some typical exam style questions. The spreadsheet contains multiple resources, all of which are differentiated and can be printed for the students to write on. Many contain the answers also.

A simple differentiated booklet to print to get foundation (or early years students) to recall the names of 2D and 3D shapes…often a sticking point of lower ability KS4 students

36 questions to test the recall of students aspiring to attain grade 6 or 7 in GCSE Higher Mathematics. No solutions included. Print on to A3 for best results.

A complete lesson on this frequently examined topic. Full animated demonstration as to why we use this approach. Fully differentiated resource which students can write on. Full model solutions included

An entire lesson that covers foundation number elements that students frequently forget: HCF, LCM, BIDMAS, square numbers, four rules of number, powers of numbers. The mental starter is differentiated and is simple number work in context of buying items at a cafe. The powerpoint takes students through the exact questions that they will be tackling in the resource. The last slide shows the first 10 square numbers and prime numbers. The resource is then fully differentiated from 1 star to 3 star with questions based on the content of the slide show. This can be printed out and students write on the resource.

Complete lesson on the calculation (via the class-wiz calculator) and the interpretation of the Pearson Correlation Coefficient. Lesson also contains ideas on extrapolation and linear modeling. Full slide-show to demonstrate and fully differentiated resource for students to complete (including answers)

Entire lesson to teach students how to convert between grams and kilograms. Fully differentiated resources shows students how to convert between the two units and then has some problems to solve. 1 star is very simple conversions involving little movement of decimal point and then two and three star involve more complex decimals and more complex problems to solve. Fully animated Powerpoint shows students all they need to know

Complete lesson on creating and use of a sample space diagram for probability. Fully animated powerpoint shows students why we need them and how they work. Fully differentiated resource allows students to write their answers on the sheet. Three levels with a challenging profit and loss question on the hardest level (level 3). No solutions given. Bonus is an interactive two dice horse race game. This is a macro on an excel sheet and so will need setting up on your computer.

Complete lesson where students will shade the region defined by 2 or more inequalities. Fully animated powerpoint shows students how to complete the work. Full differentiated (3 levels) task sheet complete with blank grids for students to write on. Students get a set of notes at the start of the task and a plenary to complete at the end. No solutions given.

An introduction to rotational symmetry: a topic for some reason all lower ability students accept and then forget! The fully animated powerpoint shows the tracing of a shape and spinning it around 1 full revolution. Other examples are then shown. The fully differentiated resource goes from 1 star (multi choice) to 3 star (demanding complete the shape so that it has rotational symmetry type questions). All tasks can be printed and written on, although you may have to adjust the dimensions of the sheet so that it prints near perfect square grids (this will affect the quarter turns). Answers are not given

Three differentiated grids for quick fire revision created to help students review the content of our first module of study in school. Ideal for preparation for end of module examinations or homeworks. Each grid contains 20 questions based on number skills, ratio, proportion, simple algebra manipulation, angle theory, perimeter. There is an easy version (1 star) and a harder version (2 star) and students can select (or be guided) to the side that they wish to attempt. All in all 120 questions…but no answers (you have to work them out yourselves!).

Two full lessons on the theory of binomial expansions and its applications. Both lessons come with fully animated slide-shows, fully differentiated resources for students to complete and a full set of worked solutions.

Running off the back of the introductory differential equations lesson, this is a full set of resources to teach the solution of first order separable equations. The powerpoint takes students through the procedure. The resource is leveled and has the answers. The homework sheet consists of 4 questions with model solutions.

A whole lesson (powerpoint and resource) that will introduce students in Year 13 to solve differential equations by separating the variables. The powerpoint takes students through the process and the examples are printed with their solutions on the resource which is fully differentiated. The first level guides students through the process of solving and the second level lets them try the equations themselves. There is an examination question and there is a challenge. Answers to the exercise are not supplied

The lesson is a fully differentiated write on resource that reviews classifying angles, measuring angles, angle calculations (point, line, triangle, parallel). The other 3 documents are multi-choice revision which can be used as homeworks. Great for students working at grades 1/2/3

An entire lesson that gets students to appreciate the different types of angle and estimate their size. The starter is a simple (differentiated) number chain. The power point is fully animated to show how an angle spins around from 0 degrees, passing the key benchmarks of 90, 180 and 270. Students can then estimate the angle. The fully differentiated resource that accompanies this lesson mirrors the board and gives students plenty of support. As this is an activity some students will fly through I have included some bonus differentiated number practise as this will primarily be aimed at foundatio GCSE students who always need the practise!

A whole fully differentiated lesson which introduces students to simple proportional problems such as "3 cakes cost £4.50, how much will 5 cost?" The powerpoint takes students through the unitary method. The fully differentiated resource (1 star, 2 star, 3 star) can be printed and students can write on the sheet. The resource contains a notes section which, when stuck in their books, gives them a reference. The students select which level of work they wish to work on. Answers are not supplied.

Day 3 of a daily revision programme with answers