This series of over 20 tests (and answers) helps students retain the ability to answer questions on a range of topics. The topics consist of Dividing into a given ratio nth term of a linear sequence Converting decimals into fractions Fractions (add, multiply and divide) Area of triangles, rectangles and circles Converting between mm, cm, m and km Collecting like terms. Removing brackets Solving simple equations Multiplying decimals Percentages of a quantity Expressing as a percentage Compound percentages Probability of a single event. Probability of two events when two spinners are spun Distance/Speed/Time Density/Mass/Volume

This lesson is aimed at introducing students to the three formula involving Distance, Speed and Time. There are plenty of worked examples and a worksheet to accompany the lesson.

A lesson introduces the students to pi. Students work out for themselves with little guidance that pi is approximately 3 or even 3.1. This also gives the teacher the opportunity to introduce the formula for the area of the circle. The follow up lesson also on this resource has several examples involving finding the areas of circles. The resource also contains a worksheet for students to answer either in class or as a piece of homework.

A power point presentation covering examples of two event represented in a sample space diagram. Including how to use the diagrams to find the probabilities of two events occurring.

This booklet extends from the introduction of trigonometry. The book has a series of worksheets covering Pythagoras or Right angled trigonometry for 3D objects. The booklet then has worksheets on the Sine rule, The Cosine rule and then The area of a triangle.

Lesson introduces students to the Sine Rule formula which can be used for a variety of triangles. The lesson then has a series of worked examples before ending with a a number of questions for students to complete.

These two PowerPoints are designed for students at GCSE level. Through worked examples students learn how to work out the area of a sector or the length of an arc. The lessons are accompanied with two worksheets one for each lesson. Answers are included.

This Powerpoint consists of a variety of worked examples which demonstrate how we can calculate the mean by using the "fx" column. The lesson starts with students asked to calculate the mean of a large set of data. Next by placing the data into a tally chart it is easy to show how much quicker it is to calculate the mean when presented in this format rather than a list of numbers.

This Lesson in a PowerPoint which introduces students to the topic of decimal places through a series of worked examples.

This workbook consists of 5 worksheets. One for conversion between decimals and fractions and one of each for Addition, Subtraction, Multiplication and Division. I use this book together with the PowerPoint uploaded on here. Answers included

This is a short revision lesson I use with my low ability students at KS4. However it could be used with KS3 students. The aim is to quickly revise through a few examples and then for them to have ago at a few on the algebra topic collection of like terms.

This lesson is aimed at Foundation students struggling to understand the Linear sequence questions found on the GCSE examination papers. Every revision slide consists of a couple of examples followed by a set of questions for the students to attempt. There are additional questions which can be printed out for the students and also the excel document allows you to generate as many questions as you like!

These lessons and worksheets look at the rules required at GCSE for index notation. The lessons cover both the algebraic situations seen at GCSE and numerical problems. The worksheets have solutions attached.

An Excellent Christmas resource to keep the students busy with their four rules of number before the Christmas break. Answers to the crossnumber are included.

This short lesson I use with KS2/KS3 students when looking at converting Fractions into Percentages or Decimals into Percentages. The lesson is accompanied with a Worksheet for students to answer in class or as a piece of homework. It demonstrates the style I use in class which is to work through examples in class with students pitching in ideas of how to answer the question along the way. Followed by the student then tackling questions on their own. My shop is full of lessons like this (however longer than this lesson). Hence a bought lesson will give you plenty of worked examples as board work with a worksheet to conclude, lasting the student beyond your lesson. The shop is https://www.tes.com/teaching-resources/shop/sjcooper

The set contains a worked set of examples in a PowerPoint. There is also a printable set of the examples which might be used in class where students copy the worked solutions as and when delivered by the teacher. The Powerpoint is then followed by a small workbook of seven questions which can easily by sent as an A5 booklet to most printers. The lesson should last up to 1 hour dependent on where you have the students copy out the examples in their entirety or print the prepopulated examples.

Resource with fractions, proportion and percentages. Resource includes worked examples followed by questions, also includes answers. The lesson also includes a worksheet which students could use in class or complete as a piece of homework. This resource should last a full hours lesson or more. This resource is also very useful for students that struggle answering questions involving both fractions and percentages or fractions and ratio in the same question.

The Grade 1 & 2 Tests are based on the type of questions that tend to appear at the beginning of examination papers at GCSE. You may disagree with my positioning of such topics, but I have created Tests papers for what I consider to be the other grades as well. The Grade 3 & 4 Tests are based on topics tested since 2017 and again you might think that one or two topics should be in the grade higher or lower. The aim of these tests is to first identify which topics are causing concern before fixing the issue and further tests are available to see if improvements have been made. Contents Five Grade 1 Tests Five Grade 2 Tests Two Grade 3 Tests. Two Grade 4 Tests. Two Grade 5 Tests.

These two lessons consists of worked examples on error bounds for discrete or continuous data. After each lesson there is a worksheet which can be printed for students to answer either in class or as a piece of homework.