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   Chapter 1: Ratio and Proportion

1.1 

What is a Ratio?

1.2 

Equivalent Ratios

1.3 

Simplifying Ratios

1.4 

Problem Solving with Ratios (one unit method)

1.5 

Problem Solving with Ratios (proportion method)

1.6 

Dividing a Quantity into a given Ratio

1.7 

Rates

1.8 

Scale Drawings

1.9 

Ratios Test

2.1 

General Term of an Arithmetic Progression

2.2 

Sum of an Arithmetic Progression

2.3 

General Term and Sum of a Geometric Progression

2.4 

Compound Interest

2.5 

Depreciation

2.6 

Difference Equations

2.7 

Sequences and Difference Equations

2.8 

Solving Difference Equations

2.9 

Sequences Test



   Chapter 2: Arithmetic and Geometric Sequences

1.1 

What is a Ratio?

1.2 

Equivalent Ratios

1.3 

Simplifying Ratios

1.4 

Problem Solving with Ratios (one unit method)

1.5 

Problem Solving with Ratios (proportion method)

1.6 

Dividing a Quantity into a given Ratio

1.7 

Rates

1.8 

Scale Drawings

1.9 

Ratios Test

2.1 

General Term of an Arithmetic Progression

2.2 

Sum of an Arithmetic Progression

2.3 

General Term and Sum of a Geometric Progression

2.4 

Compound Interest

2.5 

Depreciation

2.6 

Difference Equations

2.7 

Sequences and Difference Equations

2.8 

Solving Difference Equations

2.9 

Sequences Test



   Chapter 1: Geometry

1.1 

Basic Theorems

1.2 

Parallel Line Theorems

1.3 

Triangle Theorems

1.4 

Quadrilaterals

1.5 

Angle Sum of a Polygon

1.6 

Similar Triangles

1.7 

Applications of Congruency Tests

1.8 

Further Questions on Geometry

1.9 

Geometry Test

2.1 

Summary of Common Areas

2.2 

The Circle

2.3 

Composite Figures

2.4 

Surface Area of a Solid

2.5 

Volume of a Prism

2.6 

Surface Area of a Cylinder

2.7 

Volume of a Cylinder

2.8 

Other Solid Shapes

2.9 

Further Questions on Shapes

2.10

Area and Volume Test

3.1 

Sine Rule

3.2 

Cosine Rule

3.3 

Area of a Triangle

3.4 

Trig Test

4.1 

Pythagoras' Theorem

4.2 

Angles of Elevation and Depression

4.3 

Unknown in the Denominator

4.4 

Bearings

4.5 

Trig Problems Test



   Chapter 2: Area and Volume

1.1 

Basic Theorems

1.2 

Parallel Line Theorems

1.3 

Triangle Theorems

1.4 

Quadrilaterals

1.5 

Angle Sum of a Polygon

1.6 

Similar Triangles

1.7 

Applications of Congruency Tests

1.8 

Further Questions on Geometry

1.9 

Geometry Test

2.1 

Summary of Common Areas

2.2 

The Circle

2.3 

Composite Figures

2.4 

Surface Area of a Solid

2.5 

Volume of a Prism

2.6 

Surface Area of a Cylinder

2.7 

Volume of a Cylinder

2.8 

Other Solid Shapes

2.9 

Further Questions on Shapes

2.10

Area and Volume Test

3.1 

Sine Rule

3.2 

Cosine Rule

3.3 

Area of a Triangle

3.4 

Trig Test

4.1 

Pythagoras' Theorem

4.2 

Angles of Elevation and Depression

4.3 

Unknown in the Denominator

4.4 

Bearings

4.5 

Trig Problems Test



   Chapter 3: Trigonometry

1.1 

Basic Theorems

1.2 

Parallel Line Theorems

1.3 

Triangle Theorems

1.4 

Quadrilaterals

1.5 

Angle Sum of a Polygon

1.6 

Similar Triangles

1.7 

Applications of Congruency Tests

1.8 

Further Questions on Geometry

1.9 

Geometry Test

2.1 

Summary of Common Areas

2.2 

The Circle

2.3 

Composite Figures

2.4 

Surface Area of a Solid

2.5 

Volume of a Prism

2.6 

Surface Area of a Cylinder

2.7 

Volume of a Cylinder

2.8 

Other Solid Shapes

2.9 

Further Questions on Shapes

2.10

Area and Volume Test

3.1 

Sine Rule

3.2 

Cosine Rule

3.3 

Area of a Triangle

3.4 

Trig Test

4.1 

Pythagoras' Theorem

4.2 

Angles of Elevation and Depression

4.3 

Unknown in the Denominator

4.4 

Bearings

4.5 

Trig Problems Test



   Chapter 4: Applications of Geometry and Trigonometry

1.1 

Basic Theorems

1.2 

Parallel Line Theorems

1.3 

Triangle Theorems

1.4 

Quadrilaterals

1.5 

Angle Sum of a Polygon

1.6 

Similar Triangles

1.7 

Applications of Congruency Tests

1.8 

Further Questions on Geometry

1.9 

Geometry Test

2.1 

Summary of Common Areas

2.2 

The Circle

2.3 

Composite Figures

2.4 

Surface Area of a Solid

2.5 

Volume of a Prism

2.6 

Surface Area of a Cylinder

2.7 

Volume of a Cylinder

2.8 

Other Solid Shapes

2.9 

Further Questions on Shapes

2.10

Area and Volume Test

3.1 

Sine Rule

3.2 

Cosine Rule

3.3 

Area of a Triangle

3.4 

Trig Test

4.1 

Pythagoras' Theorem

4.2 

Angles of Elevation and Depression

4.3 

Unknown in the Denominator

4.4 

Bearings

4.5 

Trig Problems Test



   Chapter 1: Constructing and Interpreting Linear Graphs

1.1 

Gradient of a Line

1.2 

Equation of a Straight Line - Gradient Form

1.3 

Equation of a Straight Line - Two Point Form

1.4 

Simultaneous Equations (by Elimination)

1.5 

Simultaneous Equations (by Substitution)

1.6 

Using Graphs to Solve Simultaneous Equations

1.7 

Break Even Analysis

1.8 

Linear Graphs Test

2.1 

Graphs in Science

2.2 

Travel Graphs

2.3 

The Parabola

2.4 

Graphs Test

3.1 

Introduction to Linear Programming

3.2 

Decision Variables and Objective Functions

3.3 

Constraints

3.4 

Formulating a Linear Program

3.5 

The Feasible Region

3.6 

Finding the Optimal Solution

3.7 

The Feasible Region Extended

3.8 

Linear Programming Test



   Chapter 2: Graphs in Practical Situations

1.1 

Gradient of a Line

1.2 

Equation of a Straight Line - Gradient Form

1.3 

Equation of a Straight Line - Two Point Form

1.4 

Simultaneous Equations (by Elimination)

1.5 

Simultaneous Equations (by Substitution)

1.6 

Using Graphs to Solve Simultaneous Equations

1.7 

Break Even Analysis

1.8 

Linear Graphs Test

2.1 

Graphs in Science

2.2 

Travel Graphs

2.3 

The Parabola

2.4 

Graphs Test

3.1 

Introduction to Linear Programming

3.2 

Decision Variables and Objective Functions

3.3 

Constraints

3.4 

Formulating a Linear Program

3.5 

The Feasible Region

3.6 

Finding the Optimal Solution

3.7 

The Feasible Region Extended

3.8 

Linear Programming Test



   Chapter 3: Linear Programming

1.1 

Gradient of a Line

1.2 

Equation of a Straight Line - Gradient Form

1.3 

Equation of a Straight Line - Two Point Form

1.4 

Simultaneous Equations (by Elimination)

1.5 

Simultaneous Equations (by Substitution)

1.6 

Using Graphs to Solve Simultaneous Equations

1.7 

Break Even Analysis

1.8 

Linear Graphs Test

2.1 

Graphs in Science

2.2 

Travel Graphs

2.3 

The Parabola

2.4 

Graphs Test

3.1 

Introduction to Linear Programming

3.2 

Decision Variables and Objective Functions

3.3 

Constraints

3.4 

Formulating a Linear Program

3.5 

The Feasible Region

3.6 

Finding the Optimal Solution

3.7 

The Feasible Region Extended

3.8 

Linear Programming Test



   Chapter 1: Financial Arithmetic

1.1 

Simple Interest

1.2 

Constant Multiplier Key for Compound Interest

1.3 

Constant Multiplier Key for Depreciation

1.4 

Further Questions on Money

1.5 

Money Test



   Chapter 1: Undirected Graphs

1.1 

Undirected Graphs (The Basics)

1.2 

Paths and Circuits

1.3 

Shortest Path (Systematic Approach)

1.4 

Spanning Trees

1.5 

Minimum Spanning Trees

1.6 

Complete Graphs

1.7 

Introduction to Directed Graphs

1.8 

Introduction to Maximum Flow

1.9 

Maximum Flow Problems

1.10

Networks Test



   Chapter 1: Matrices

1.1 

Matrix Basics

1.2 

Scalar Multiplication of Matrices

1.3 

Multiplication of Matrices

1.4 

Powers

1.5 

Inverse of a Matrix

1.6 

Matrix Revision Test



   Chapter 1: Randomised Revision Tests

1.1 

Number Patterns Module

1.2 

Geometry and Trig Module

1.3 

Graphs and Relations Module

1.4 

Business Maths Module

1.5 

Networks Module

1.6 

Matrices Module