This lesson is designed to firstly demonstrate to students how they can prove the three laws of logs. Then there are several examples which use the laws of logs. The lesson is follow on from the introduction to logs.

This Powerpoint consists of a variety of worked examples which demonstrate how we can calculate an estimate for the mean by using the "fx" column. This lesson is usually taught after the lesson which introduces students to the "fx" column.

This lesson was created to help students with the Edexcel level 3 examination. Students learn the formula for the geometric mean and look at some worked examples.

This lesson and worksheet looks at the knowledge of the angle knowledge between a tangent and its radius through worked examples. The lesson also consists of two worksheets covering this theorem. (Whilst also using some of the earlier theorems taught)

This resource consists of a series of worked examples involving the formula work for Volume of a Pyramid and volume of a Sphere. Following the examples there is printable sheets for students to complete.

A power point presentation covering examples of two event represented in a sample space diagram.

Introduces students to the designated button on the calculator for Standard form questions. After a series of examples there is a worksheet which can be printed for students to answer in class or as a piece of homework.

This lesson follows lessons on the circle theorems involving angles from the same arc, angle at the centre and angles in a semicircle. The lesson has a series of worked examples followed by a worksheet which can be used in class or as a piece of homework.

A series of worksheets involving solving equations. Designed for students meeting Algebra in the early stages.

The worksheets here are to accompany the lessons on 1. an introduction to Logarithms 2. Laws of Logs 3. Exponentials In the past I have given them as classwork/homework. Answers included.

This lesson and worksheet looks at the knowledge of the angle subtended from an arc and the angle from the same arc to the centre of the circle.

These two lessons introduce students to the modulus argument format for writing complex number.

This lesson teaches students how to deal with enlargements involving negative sale factors. The lesson consists of several worked examples followed by a worksheet for students to answer either in class or as a piece of homework. Answers are included.

This lesson introduces students to Bearings. The lesson demonstrates how we measure a bearing through a series of examples. Followed by a number of examples where students will draw bearings. The last set of examples are more detailed with a set of instructions to follow in order to answer the question. The lessons are accompanied with two worksheets which can be completed in class or as a piece of homework.

This lesson is an introduction to the more complicated differentiation. Using the knowledge of basic differentiation these examples introduce students to differentiation by substitution before using the rule. I teach this rule this way first before showing them the quick approach when teaching the product rule and quotient rule.

This lesson and worksheet covers the knowledge that the angles subtended from the same arc are equal.

This lesson and worksheet looks at the knowledge of circle theorems and the angle properties between a tangent and a given chord.

Here are two powerpoint lessons which give information and properties to all the types of triangles and quadrilaterals which younger students need to know about. The first lesson looks at equilateral, isosceles, right angled and scalene triangles and lists other properties such lines of symmetry and rotational symmetry. The second lesson then looks at the quadrilaterals such as squares, rectangles, the parallelogram, trapezium and kite. This is concluded with a worksheet and answers. The recent edit now includes examples where students must plot coordinates and then name the polygon drawn.

This lesson and worksheets looks at algebraic problems which involve constructing equations based on the knowledge of either angles in a triangle angles in a quadrilateral ands associated with parallel lines angles in a parallelogram angles associated with circle theorems. There are two worksheets to backup the worked examples. The second worksheet is similar to the first just in case you need a review and want student to "have another go" Solutions are provided.

The series of examples demonstrates to students how to tackle problems involving numbers written in standard form. The examples end with a worksheet which could be printed for students to answer in class or as a piece of homework.