Quantities & Units in Mechanics

Quantities, Units & Modelling

Scalars & Vectors

Fundamental Units

Derived Units

Types of Force

Modelling Assumptions

Working with Vectors

Working with Vectors

Kinematics

Graphs in Kinematics

Displacement-Time Graphs

Velocity-Time Graphs

Drawing Travel Graphs

Variable Acceleration in 1D

Using Calculus in 1D

Constant Acceleration in 1D

Deriving the suvat Formulas

suvat in 1D

Acceleration due to Gravity

Variable Acceleration in 2D

Using Calculus in 2D

Constant Acceleration in 2D

suvat in 2D

Projectiles

Horizontal & Vertical Components of Projectiles

Using suvat with Projectiles

Equation of a Trajectory

Deriving Projectile Formulas

Forces & Newton's Laws

Forces & Equilibrium

Force Diagrams

Equilibrium in 1D

Equilibrium in 2D

Forces in 2D & Vector Notation

Newton's Second Law (F=ma)

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)

Moments

Moments

Moments Diagrams

Using Moments with Equilibrium

Centres of Mass

Tilting

Ladders & Hinges

Exam boards

• Edexcel A Level Maths: Pure
• Edexcel A Level Maths: Statistics
• OCR A Level Maths A: Pure
• OCR A Level Maths A: Statistics
• OCR A Level Maths A: Mechanics

Study tools

• Edexcel A Level Maths · Exam Questions
• Edexcel A Level Maths · Past Papers

Related links

• A Level Maths · Revision Notes
• A Level Maths · Exam Questions
• A Level Maths · Past Papers
• A Level Maths · Glossary