3 sets of 5 starter activities which allow students working at foundation, intermediate and higher GCSE. There are 9 random questions on each task, covering all aspects of the curriculum, including basic knowledge and application as well as problem solving. Answers not included.

In preparation for foundation students taking end of year examinations, this covers basic collection of terms, time jumps, factors, rounding to 1000, angles in a triangle and problem solving. Powerpoint gives the students examples and then they can try quick questions on each. Answers included.

An excellent way to finish a lesson. Print off a grid with 20 questions at the top and 20 answers at the bottom. The students work out the question and find the answer. The topics covered are percentages of amounts (easy, medium and hard), calculator percentages and percentage via multiplier. Easy to mark. Can be used as a quick Answers not included on some of them.

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.

Whole lesson on interior, alternate, corresponding angles. There is a multi-choice starter reviewing the angle sum of a triangle. The main presentation is animated to show where corresponding angles come from. There are then some basic definitions and some worked examples with geometric reasoning. The last few slides are just questions for you to annotate at the board with your class. The spreadsheet contains multiple tasks and so can be differentiated to suit your students. Easier tasks are multi-choice and harder questions will challenge the more able

10 questions (with the answers at the end) that will get foundation students warmed up. True or False so everybody can get involved and classic statements such as "45 degrees is an obtuse angle", "a triangle with no sides the same is called isosceles" and "7% is the same as the decimal 0.7"

Fully differentiated lesson aimed at foundation students who are tackling the now regular examination problems where items are bought under "buy one get free" type deals. The animated powerpoint takes students through how to simply buy, for example, 6 tins of catfood when there is a deal of buy one get one half price. There is a more challenging "how many could you buy with £10?" type question. The resource which mirrors the presentation can be written on and is fully differentiated from 1 star to 3 star depending on the confidence of the student

Aimed at very young and/or low ability foundation students, this is a lesson where students will simply be told how Pythagoras allows us to calculate the missing side on a right angled triangle. The powerpoint takes them through step by step and the resource that accompanies it is fully differentiated and write-on so that no time is wasted drawing diagrams

An entire lesson on measuring angles. The starter is a simple differentiated number chain. The powerpoint includes a fully animated protractor and steps on how to use it correctly. The resource that accompanies can be printed to an A4 booklet and should allow a standard school protractor to fit on each angle nicely. The task is differentiated with the easiest angles all being read from the right hand scale. As some students will grasp this quicker I have included a simple coins and totals exercises for those who finish early. Note this lesson does not include measuring reflex angles, as this is rare to examination papers. Perhaps this could be shown in a plenary

One a day. Multi choice for students aiming for a grade 4 at foundation GCSE.

8 mental starters on various random topics, all aimed at foundation/KS3 students. Each is fully differentiated. Students select the red light question (easy) or the green light (harder). In most cases there is a selection of answers down the side to chose from. Answers are given at the end and students can score themselves 1 point for an easy question, 2 points for a harder or 3 if they tried both

Simple powerpoints to start the lesson which reviews number skills that any students working at the foundation level should be able to cope with. Students have 2 minutes to answer as many questions from the "easy" or "hard" section as they can

When pushed for time, a powerpoint that covers all subjects at the lower end of the foundation spectrum. Students are given an answer sheet and complete the assessment. Every 10 questions they are given the answers and keep a tally of their score. At the end there are some calculations which can be done (the entire assessment is non calculator). The students are then given a level (from the old NC KS3 levels) and their results are logged. The assessment takes an hour. I have used this at the start of the year in the past to assess what students can and cannot remember

Two different write-on resources which can be used in multiple ways: as a classwork task, homework task, weekly assessment or revision aid in the run up to assessments. There are 18 quick, "must know" questions for low ability foundation GCSE students of any age. There is a section at the foot of the resource for a score and a comment which students can act upon. Using multiple resources will build up a profile of which topics students need to review to enhance their learning. The sheet can be edited to give an infinite number of variations too. Check out the other grids in the series to build a bank of resources! A low ability GCSE class will take around 25 minutes to complete a grid.

Foundation GCSE solving equations of type a(bx+c)=d Fully adaptive resource with two stages of scaffolding. Answers provided. Student comment box. Powerpoint with accompanying examples

Full lesson solving equations of type ax+b=cx+d Fully animated powerpoint Write-on student friendly resource. Worked examples 40 questions Two levels of student scaffolding Answers provided

A full lesson on the classic examination question based on unitary proportion. The powerpoint takes students through how we can very simply change a recipe for 4 biscuits into a recipe for 8 biscuits and then evolves to see how we could perhaps change recipes for 6 into recipes for 8 by scaling down and then up. There are two resources to accompany the lesson, both of which are fully differentiated and,when printed in A4 booklet form, allow the students to write on, including their working. Answers not supplied and the recipes are not real! I usually finish this lesson with the Maths 4 Real video with Ben Shepherd (although I cannot include this video as I do not own it)

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.

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!).