A range of assignments, each with 60 marks and easily written on, covering a variety of Geometry, Number, Algebra and Statistics topics; these assignments focus on a key topic and provide problems of increasing difficulty and a wide range of applied contexts. The topics covered are; Algebraic expressions, Average and spread, Decimals (including rounding), Equivalent fractions decimals and percentages, Factors multiples and primes, Fractions and the four operations, Perimeter area and volume, Probability, Transformations and Solving linear equations. They are aimed to provide students with examination-style questions to develop and challenge understanding. Full answers are provided.

This is a series of 12 differentiated homework or revision resources. They are designed to be used in conjunction with my excel, 'Monitoring' document which allows for all results from the Statistics, Pure and Geometry series to be recorded. There are two versions of each assignment, Foundation (for low to middle ability students) and Higher (for middle to high ability students). They are designed for the new GCSE specification in the UK, and would suit any students within the same age range in other countries. This third series focuses on Geometry and Algebra. They are easy to mark and provide excellent feedback (the monitoring document allows for results in key topic areas to be analysed, as well as progression as students improve their knowledge and understanding. These assignments have led to sustained improvement of Mathematics results in the College in which the author teaches with students excelling at every ability range.

These documents provide detailed teaching pedagogy for the majority Number and Algebra topics taught to ages 11 to 16. They specify key learning objectives, and explain how to develop 'first principle' understanding by ensuring all techniques and methods follow a consistent explanation. Division, as an example, can be applied with absolute consistency to all areas of Pure Mathematics; avoiding tricks and teaching a pure understanding of the meaning of "divide by" as opposed to "divide into" and the need to ensure terms have the same denomination is paramount to securing long term understanding.

These documents provide detailed teaching pedagogy for Shape, Space and Measure topics taught from ages 11 to 16. They provide learning objectives and explanations of how to approach topics from first principles to secure long term understanding, and to avoid teaching tricks! Area, for example, is commonly associated with length times width, without developing a pure understanding of what area actually means.

These documents provide teaching pedagogy for the majority of Statistics topics taught to ages 11 to 16. They explain first principle approaches to teaching Statistics to ensure long term understanding and to avoid the use of tricks! The mean, for example, is commonly taught as a method (sum the values and divide by the frequency), without exploring the impact of 'making the values all equal in size' and how this relates as an average (or means to describe or quantify "middleness").

This booklet comprises 55 pages of information and support; each page focuses on a different Maths topic area and it provides the means for students to independently research when they need support. The majority of topics studied up to age 16 are included. They provide a summary of each chapter of the learning plans that I have also written for Number and Algebra, Statistics and Geometry.

this excel document provides links to over 250 videos teaching each of the topics in gcse mathematics and a level Pure and Mechanics, from first principles and with clear examples and explanations.

This resource is accompanied by an answer document. It is aimed at students who have been taught probability and relative frequency. The questions include a wide range of contexts (with Venn diagrams, pie charts and various other diagrams requiring correct interpretation to derive relative frequency) and challenge students to calculate simple probabilities, and probabilities for dependent and independent events. A grading system based on the new GCSE specification is suggested, but this resource would be equally useful in the US. The paper can be printed onto a single A3 folded sheet and there are a total of 60 marks. It can be used as a homework or a revision resource, or to assess general understanding at the end of the topic with plenty of extension and differentiated content available.