Full lesson with animated examples and worksheets with answers on the topic of area under a curve (trapezium rule) for the new GCSE 9-1 Specification. The learning objectives are based on Edexcel's teaching guidance, which is where the worksheet exercises were also taken from. Please leave a review!

Complete lesson on error intervals and truncation based on the new GCSE Edexcel 9-1 content. Powerpoint presentation, worksheet exercises (with answers) and extra examples (to encourage independence). Examples and worksheets taken from the Edexcel guidance documents for teaching new topics on the 9-1 specification. Credit to diagnosticquestions for the MCQs for error intervals.

A fully animated lesson with answers included on the powerpoint to the worksheet exercises. The content is based on teaching A24 in the GCSE 9-1 Edexcel Maths specification. Please leave a review or any suggestions for improvements. The worksheet exercises are those provided by Edexcel in their guidance for teaching new content.

Presentation and activities on using algebra with compound shapes. Please leave a review!

Full lesson with animated examples and worksheets with answers on the topic gradients of curves for the new GCSE 9-1 Specification (R15). The learning objectives are based on Edexcel's teaching guidance, which is where the worksheet exercises were also taken from. I taught this lesson to my top set year 11s, using the note sheet as a template for pupils to write down key words and examples. Please leave a review!

A presentation used to teach year 11 top set function notation as required by the new 9-1 GCSE content. The examples and exercises are taken from the Edexcel guidance document (the word doc). I used the extra examples as a chance for pupils to improve their independence if they got stuck! Please leave any feedback or reviews, they are much appreciated.

A fully animated lesson on solving trigonometric equations in radians using graphs. This was taught for an AS group sitting the AQA spec, which the textbook exercises relate to. Starter focuses on converting between radians and degrees and how to plot the 3 trig functions in radians. Examples then focus on solving basic trig equations, solving with an adjusted interval and finally solving after using trig identities to simplify an equation with two or more trig functions. I also used the excellent Tarsia resource recommended by MrBartonMaths which can be found at https://www.tes.com/teaching-resource/tarsia-solving-trig-equations-radians-6115949. Please leave a review!