A comprehensive lesson that takes students through each conversion, with examples and questions throughout. The final task allows students to improve fluency by filling in the gaps of a conversion table or those that have mastered the topic to develop their problem solving skills through worded problems. Answers included for self/peer assessment. This can be split over two lessons or adapted to one lesson, depending ability.

Ratio and proportion lesson, this resource can be used to introduce students to the topic. It covers the differences between 'ratio' and 'proportion' using a counter activity. In addition there is a visual animation, where orange squash is made up. This never fails to engage students! Included in the pack: Lesson Powerpoint Worksheet Extension questions Lesson plan Cut and Stick sheets (counter activity)

The starter covers the basics of how to correctly label the x and y axis (spot the mistake), then students are introduced to recognising linear equations. Animated PowerPoint, demonstrating step by step, how to complete a table of values and plot the corresponding graph. Differentiated worksheets included in this lesson bundle, with problem solving explorative questions, to encourage students to develop a deeper understanding.

Complete lesson including ready to print hand-outs. Exit tickets included as a plenary.

Complete lesson bundle containing: One lesson re-capping solving equations Three lessons introducing solving inequalities and displaying them on a number line. Problem solving tasks and worded problems included as think, pair, share activities in order to prepare students for the content of the new revised GCSE curriculum.

Fully differentiated lesson introducing renewable and non-renewable energy resources. Short engaging video (under 3 minutes). Worksheet included containing all of the lessons resources. Match up exercise (no scissors needed!) also included within the worksheet. Students fill in the blank boxes from the paragraphs on the board. Alternatively the activity could be adapted to be cut and stick. Exam style questions also included as a plenary. All answers included for students to self/peer assess throughout the lesson.

Full lesson with starter and three clear animated examples of how to find the reverse mean. Differentiated activity, with prompts to support students initially.

This complete lesson introduces students to parallel and perpendicular lines and the properties of 2D shape. Students can annotate their shapes (by printing out the shape slide and using as a handout). Perimeter of 2D shapes is then explored using a fully animated, worked example.

Using problem solving and worded questions, this lesson introduces substitution and then moves onto rearranging formulas. This can be split and taught as two separate lessons.

Complete lesson for teaching the topic of "Dividing Fractions". Starter, animated examples included and main differentiated activity (with worksheet) included. Questions start from basic division to reasoning and GCSE style questions. Answers included for self/peer assessment.

A full lesson for teaching "finding a fraction of an amount". Animated examples included and maze activity, which engages students much more than simply giving them a set of questions to complete. Answers included for self/peer assessment and then the lesson moves onto worded problems.

Complete lesson covering the features of straight line graphs, plotting straight line graphs, then extending students knowledge by showing them how the point of intersection of two or more lines represents a solution (leading to solving simultaneous equations graphically).

Introductory cylinders lesson, encouraging students to 'discover' the formula for the surface area of a cylinder. This encourages mathematical reasoning by teaching for a much deeper understanding. Problem solving 'extension' questions are built into the lesson for differentiation.

Lesson demonstrating how to round to 1, 2 and 3 decimal places and significant figures. The lesson then builds up to applying this to estimate calculations.

This resource is fully equipped for the new GCSE curriculum with problem solving opportunities throughout. It explores solving equations using function machines, then applies this to worded problems and a past paper question. Following this, the balance method is then explored (extra slides, which can form part of another lesson or used to show students this alternative method for solving equations).

This lesson series introduces solving equations using the balance method progressing to unknowns on both sides, fractions and brackets). Fully differentiated questions throughout and opportunities for think, pair, share. Series of three PowerPoints that can be used as a complete lesson sequence for this topic. 'Simpsons style' single brackets spot the mistake plenary also included as a consolidation activity.

Plotting Linear Equations lesson, providing a sound introduction to the topic using an engaging starter activity, (spot the mistake) that re-inforces the importance of labelling the axis on a graph correctly. The lesson then moves onto the concept of substituting values into an equation. Then students are invited to explore the properties of a straight line equation. The method is introduced and students are then given the opportunity to practise plotting linear equations using the differentiated activity sheets (answers provided on the PowerPoint for self/peer marking). - AfL Plenary activity - Students return to the 'Big Question' presented at the start of the lesson to measure progress made. In addition to a self assessment activity, where students' can reflect upon their progress made during the lesson. Included in the pack: Lesson PowerPoint Worksheets (3 differentiated) Exam style questions (Extension activity) Lesson plan

Differentiated lesson with engaging starter for teaching substitution. The lesson starts from basic principles, building up to expressions with brackets and powers (including substituting negative values). All answers included on the slides for students to self assess.

Introductory lesson to sequences, including an engaging starter showing students an optical illusion involving the Fibonacci spiral. Additional card sort activities included, for visual learners (ideal engagement tool for SEN classes), where students sequence their daily routine and also sequence the square numbers. All activities are fully differentiated, with the opportunity for students to explore Fibonacci sequences.

Ideal Substituting into a formula lesson for year 7 (high ability) or as a recap lesson for other years. Starter to check prior algebra knowledge and extension task included.