Another interpretation of 'Great Maths Ideas' work on knowledge organisers as a way of sharing learning intentions/objectives with students. Please leave a comment.

A series of probability scenarios to consider the outcomes for, identify successes and then calculate the probability for.

From angles on a straight line through to isosceles triangles with a straight line. Answers at the bottom. They can be chopped of or used to self assess with a focus on correctly justifying your answer as opposed to simply correctly answering.

Involves groups of students developing their own skills in construction using independent learning. The team challenge is to produce the final piece of presentation work over a series of lessons. During these lessons the teacher or more able students provide demonstrations of construction techniques that assist in the completion of the task. Due to the repetition students consolidate their understanding of key elements and focus on supporting others. The task is linked to the 12 days of Christmas.

Differentiated circumference questions.

Match the description, formula, diagram and answer (given the diagrams dimensions). Designed to recap finding area of a variety of shapes including circles.

Angles at a point, on a line and in a triangle. Differentiated workseets designed for a middle 6th grade group.

Bite-sized review chunks.Circle TerminologyArea of a CirleCircumference of a CirclePerimeter of a Semi-CircleArea of a Semi-Circle

Designed to be 4 distinct sets of questions cards, this resource is developed as an introduction to solving equations. The original design is to go alongside a lesson developing the idea of inverse to then be taken on to the solution of formal algebra. Se

Find the two mistakes hidden in 3 questions regarding angles around a point, a line and a triangle.

Uses inverse operations and function machines to introduce solving equations.

A prompt for resources gathering for SCITT, GTP and NQTs in Maths.

An interpretation of Maths PRET homework (see http://prethomework.weebly.com/about.html for details) on the theme of area of a circle.

An opportunity to explore expected value through two way tables ( a potential examination combination). You'll find a modelling question, open task to explore, investigate and question as well as a extension question to really put the mathematics to good use. Enjoy!

Designed for the linear equations objective. The document graduates in difficulty and provides an example per level. The document emphasizes the idea of balancing and use of inverse.

Graduating/Differentiated handouts on distribution. Number system.

Solve angle problems. Print on paper, cut up, students place their answer on the back, replace in the pile, another student answers and peer assesses the other answers on the back of the question.

A self contained document originally designed for varying tasks per table completed on a rotation basis. There are information sheets and questions sheets. It has however since been used to create a mini booklet for individual work.

A few resources I created a few years ago. They adapt the standard unit resources.

Two differentiated worksheets on finding the missing lengths of similar shapes. Both worksheets conclude with a challenge question taken from GCSE exam papers.