Full lesson and worksheet included. Intended to be taught following angles in triangles and quadrilaterals. Aimed at high ability year 7 or year 8 but also suitable for GCSE.

Full lesson and mastery-style worksheet (answers included). Intended to be taught following converting fractions to decimals. Aimed at middle ability year 7 but also appropriate for KS2.

Whole lesson to introduce solving simultaneous equations (by bar model, moving onto just algebraic methods). Created for middle ability GCSE class who responded very well. Designed to be taught to students who have an understanding of solving basic linear equations. Step-by-step to explain process using bar model and algebra. Examples and a few questions for students to try.

Full lesson with worksheet and answers included. Intended to be taught after comparing fractions with same numerators or denoninators. Aimed at middle ability year 7 but may also be appropriate for KS2.

Full lesson on collecting like terms and simplifying algebraic expressions and mastery-style worksheet. Intended to be taught following a lesson on algebraic notation. Suitable for KS3 and lower ability KS4.

Whole lesson on multiplying fractions with emphasis on understanding rather than just process, through diagnostic-style questions to highlight misconceptions. Aimed at medium-high ability KS3 class, having already covered fractions basics and adding/subtracting fractions. Intelligent practice- style worksheet included with answers as improper fractions and mixed numbers where appropriate.

Mastery-style full lesson on area and perimeter, including activities to encourage investigation (including hints and challenges to suit different abilities) and intelligently varied mini-whiteboard questions to progress understanding. Aimed at KS2 or KS3, designed to be taught as first lessons in area and perimeter topic. Worksheets referred to are not included as not owned by myself.

Full lesson on congruence. Includes activity where students decide congruent or not and give a reason and goes on to explain the rules of congruence with questions to test student understanding at each stage. Aimed at KS4.

Full lesson and mastery-style worksheet with answers included.Powerpoint includes bar modelling to represent simplifying and dividing into a ratio. Intended to be taught as an introduction to the ratio and proportion topic for KS3.

Whole lesson introducing the balancing method for solving linear equations with unknown on both sides. Created for middle ability KS3 but could also be suitable for some lower ability KS4 classes. Intended to be taught following solving multi-step equations with variable on one side only. Worksheet of variation-style questions included.

Full mastery lesson to introduce students to sequences topic. Covers what sequences are, continuing basic sequences in number and diagram form and predicting future terms in more complex sequences. Aimed at high ability KS2 and suitable for all year 7. Planned for a mixed ability class so many challenge questions to stretch most able and includes hints to scaffold for less able students. Worksheet includes intelligently varied questions so first questions build confidence and are accessible for all. Includes ‘relay’ plenary activity to review learning and encourage problem solving.

Whole lesson covering writing sequences when given the nth term rule. Intelligent practice- style worksheet included, with increasingly difficult questions and less scaffolding. Aimed at lower ability KS3 or KS4 that already have a basic understanding of algebraic notation and using substitution.

Full lesson including worksheets and answer sheet. Converting metric units of length. Designed to be taught as first lesson in the topic for KS3, possibly high ability at KS2. Includes teacher explanation, multi-choice questions and independent work opportunities.

Presentation with several questions included to calculate scale factor and how to identify whether shapes have been enlarged or not. Questions built into presentation are increasingly more difficult with challenge questions to promote deeper thinking throughout. Designed for middle ability year 7 class.

2 whole lessons to cover expanding double brackets; first lesson includes only positive terms and second lesson brings in negative terms too. Includes set of intelligently varied questions and the answers too. Designed to be taught following expansion of single brackets and basic algebraic manipulation, including simplifying expressions. Created for KS3 but can be used as a revision tool for KS4 too.

Powerpoint for introducing translations of shapes.The powerpoint includes teacher explanation of describing translations, including some challenge questions for more able students. Also covers vector notation for translations and includes multi-choice diagnostic-style questions. Powerpoint goes on to drawing translations. I do not own worksheets so not included. Designed for KS3 but also appropriate for KS4, to be taught as part of the transformations topic.

Whole lesson in mastery-style including examples and intelligently varied questions to cover factorising quadratic expressions. Lesson was created for Year 9 but is suitable for KS4 too. This lesson was taught following expanding double brackets and basic algebraic manipulation.

Complete lesson including examples, independent questions and answers. Builds on previous lessons that include substituting values into a table to produce a linear equation graphically. Includes step-by-step guidance about how to solve linear equations graphically. Designed for use with KS3 but could be suitable for some KS4.

Lesson based on using tables of values to find co-ordinates and plot linear graphs. Designed for KS3 who had already covered substitution into algebra and formulae. Could possibly be useful for KS4 classes.

Complete mastery-style lesson including visual representations and intelligently varied question set. Lesson covers solving linear equations with variable on both sides. Designed for KS3 but also useful for some KS4 classes. Promotes understanding of the process of solving linear equations.