Mathematical Models & Vectors

Quantities, Units & Modelling

Scalars & Vectors

Fundamental Units

Derived Units

Types of Force

Modelling Assumptions

Working with Vectors

Working with Vectors

Kinematics (Straight Line Motion)

Kinematics Graphs

Displacement-Time Graphs

Velocity-Time Graphs

Acceleration-Time Graphs

Drawing Travel Graphs

Constant Acceleration in 1D

Deriving the suvat Formulae

suvat in 1D

Acceleration due to Gravity

Constant Acceleration in 2D

suvat in 2D

Dynamics & Statics of a Particle

Forces

Force Diagrams

Equilibrium in 1D

Equilibrium in 2D

Forces in 2D (Vector Notation)

Newton's Second Law

F = ma

Connected Bodies (Ropes & Tow Bars)

Connected Bodies (Lifts)

Connected Bodies (Pulleys)

F = ma & Vector Notation

Resolving Forces, Inclined Planes & Friction

Resolving Forces & Inclined Planes

Coefficient of Friction

Coefficient of Friction & F = ma

Coefficient of Friction & Inclined Planes

Coefficient of Friction (Harder Problems)

Momentum, Impulse & Collisions

Momentum & Impulse

Direct Collisions

Moments

Moments

Moments Diagrams

Using Moments with Equilibrium

Centres of Mass

Tilting

Exam boards

• Edexcel International AS Maths: Pure 1
• Edexcel International AS Maths: Pure 2
• Edexcel International AS Maths: Statistics 1
• Edexcel International AS Maths: Decision 1

Study tools

• Edexcel International AS Maths · Exam Questions
• Edexcel International AS Maths · Past Papers

Related links

• International AS Maths · Revision Notes
• International AS Maths · Exam Questions
• International AS Maths · Past Papers
• Edexcel International AS Maths: Mechanics 1 · Exam specification