A venn diagram task for equations of straight lines.

Open ended tasks designed to allow for self differentiation. A task that works well on mini whiteboards.

To introduce the concept of bearings.

A lesson using tasks that deepen understanding of coordinate geometry at GCSE. Tasks can easily be adapted for post 16 study.

Two or three lessons worth of work on trigonometry on right angled triangles.

Two lessons worth of work on bounds (otherwise known as limits). Includes finding the bounds of values, accuracy, bounds of area, perimeter, volume and of expressions.

A lesson on transforming functions. Includes quadratic, cubic and trigonometric functions. Rich tasks embedded to allow students to lead the learning.

Four to five lessons worth of work on vectors. Tasks include: determining column vectors from drawn vectors, drawing vectors from column vectors, finding resultant vectors, vector arithmetic, determining the magnitude of vectors, solving vector equations, solving vector simultaneous equations and working with position vectors.

A powerpoint of differentiated questions for solving simultaneous equations, collecting like terms, completing the square, expanding brackets, factorising quadratics, using the quadratic formula and plotting functions.

A powerpoint of tasks on: plotting functions using a tables of values, sketching linear functions, sketching quadratics and sketching cubic equations.

A lesson covering all the content needed for Edexcel Core 1 Maths.

A lesson covering all the content needed for Edexcel Core 1 Maths.

A lesson on shading a region bound by inequalities. Thought provoking extension at the end.

A lesson whereby students can review important operations with fractions together with some theory on networks.

A resource that works well with students working on mini white boards. Questions are centred around a consistent regular polygon. Students are encourage to provide multiple solutions.

A lesson of work that invites students to solve trigonometric expressions/equations in their exact form. I successfully used this with a class whose target grades range from an A to a C (7 to 4).

A walk through lesson of: writing numbers in standard form, writing numbers in standard form as ordinary numbers, multiplying and dividing numbers in standard form, adding and subtracting numbers in standard form and substituting numbers in standard form into formulae.

An introduction into the laws used with circle theorems. I have ran this lesson numerous times. The note taking (by the students) works really well if they have a print out with blank circles and space around for note taking. Each theorem is taken one at a time, notes taken, examples gone through and followed by students practising.

Severn activities/problems designed to get students thinking about fractions in a deeper manner. I am planning on making similar resources to be used as homework tasks.

A resource that works well with students writing on mini white boards. Questions are centred around a consistent regular polygon. Students are encouraged to solve questions in multiple ways.