Check out the resources and links in the newsletter below. They all link to the very best TES Maths resources, which are completely free once you register on the website.

Don’t forget we’ve launched a new **TES Community** section, where you can set up your own maths groups, blogs and forums. Check out our pick of the latest maths blogs and chat.

**TES Maths blog: five mathematical books everyone should read**

Maths teacher Owen Elton picks out some of his favourite maths tomes.

**Edexcel A-level papers**

How did your pupils find the 13 May core and mechanics exams?

**Alternative maths qualifications**

Teachers suggest suitable options at level 2 for low-ability students.

**Closing the attainment gap in secondary schools**

Is simply ‘catching up’ after starting behind others a sensible/desirable goal?

*Maths resources*

**Star resource**

**GCSE revision collection**

Updated for 2013, this collection contains 20 of the best resources around to make the build-up to exams as fun, varied, engaging and useful as possible.

**Number and algebra**

**Fibonacci algebra**

A lesson based on the Fibonacci sequence that helps students form and solve equations, as well as learning an impressive mathematical trick.

**Trial and improvement murder mystery**

Task pupils with identifying the perpetrator of the crime with this problem-solving activity.

**Shape and space**

**Flight-planning worksheets**

A lesson encompassing the key aspects of bearings, speed, distance and time.

**Describe a shape**

Students are given cards with a picture of a shape to describe without naming it, helping them develop key vocabulary and discover shape properties.

**Data and statistics**

**Using bar charts for averages**

Challenge students to read averages from bar charts and criticise diagrams with this lesson activity.

**Challenge on averages**

An Excel file for working out averages from sets of 3, 4 and 5 numbers. Ideal quick-fire consolidation material.

**Post-16**

**Differentiation Tarsia jigsaw**

All the key aspects of differentiation bundled up in one jigsaw puzzle.

**Central limit theorem demonstration**

An interactive demonstration of why one of the most important theorems in statistics works. You can adjust the sample size to observe the effect on the distribution.