Downloadable Resources

# All in One - Expanding Brackets - Part IV - Two Brackets within Expressions

## 1 files23/03/2021

'All in One' worksheets provide a standalone exercise, solutions and a worked example, all on a single printable page.

# All in One - Expanding Brackets - Part III - Two Brackets

## 1 files18/03/2021

'All in One' worksheets provide a standalone exercise, solutions and a worked example, all on a single printable page.

# All in One - Expanding Brackets - Part II - Single Brackets with Simplification

## 1 files17/03/2021

'All in One' worksheets provide a standalone exercise, solutions and a worked example, all on a single printable page.

# All in One - Expanding Brackets - Part I - Single Brackets

## 1 files15/03/2021

# Expanding Single Brackets

## 3 files22/07/2018

Expand and simplify an expression involving a single term in front of each brackets (i.e. not double brackets)

# IGCSEFM Expanding Brackets

## 1 files14/06/2018

IGCSEFM Based on the AQA syllabus.

# Full Coverage: IGCSE FM Algebraic Expressions

## 1 files27/03/2018

AQA IGCSE FM question compilation which aims to cover all types of questions that might be seen on the topic of algebraic expressions, including factorising, expanding, identities, completing the square and algebraic fractions. Students can complete this set of questions interactively on the DFM Homework Platform. Also contains answers.

# TMIDL #3: FOIL

## 1 files05/01/2018

A series of posters on teaching methods I don't like, including details of the original method, my pedagogical complaints, and my preferred method.

# Expanding Multiple Brackets

## 3 files11/05/2016

(Used for Tiffin Year 8 scheme of work) (a) Multiply out (and simplify) a pair of linear expressions, by multiplying each term from one by each in the other. (b) Be able to square a linear expression, e.g. (2x + 3)^2. (c) Extension: Multiply out brackets each with more than two terms, e.g. (x + y + 1)(x + y). (d) Extension: Multiply out more than two brackets, e.g. (x + 1)^3.

Key Skills are finegrained question types where students can practise randomly generated questions with accompanying short worked-example videos.