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3

CIE International A-Level Maths: Mechanics

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Master the content from Paper 4 (Mechanics) of Cambridge International A-Level Maths


1 - Introduction
  • 1 - Introduction

  • 2 - Velocity and Acceleration
  • 2 - Vectors vs Scalars
  • 3 - DisplacementTime Graphs
  • 4 - DisplacementTime Graph Example
  • 5 - VelocityTime Graphs
  • 6 - VelocityTime Graphs Example 1
  • 7 - VelocityTime Graphs Example 2
  • 8 - AccelerationTime Graphs
  • 9 - SUVAT Equations
  • 10 - Proofs of SUVAT Equations
  • 11 - SUVAT Equations Example 1
  • 12 - SUVAT Equations Example 2
  • 13 - Two Parts of a Journey
  • 14 - Two Moving Objects
  • 15 - The Gravitational Constant g
  • 16 - Projectiles
  • 17 - Projectiles Example 1
  • 18 - Projectiles Example 2

  • 3 - Forces and Motion
  • 19 - Force Diagrams Part 1
  • 20 - Force Diagrams Part 2
  • 21 - Resultant Forces
  • 22 - Magnitude and Direction
  • 23 - Forces as Vectors
  • 24 - Vectors Example
  • 25 - Parallel Vectors
  • 26 - Newtons Second Law of Motion
  • 27 - Newtons Second Law of Motion Example 1
  • 28 - Newtons Second Law of Motion Example 2
  • 29 - SUVAT and Forces
  • 30 - Connected Particles Part 1
  • 31 - Connected Particles Part 2
  • 32 - Connected Particles Part 3
  • 33 - Changing Forces Part 1
  • 34 - Changing Forces Part 2
  • 35 - Modelling Assumptions

  • 4 - Variable Acceleration
  • 36 - Motion as a Function of Time
  • 37 - Using Differentiation Part 1
  • 38 - Using Differentiation Part 2
  • 39 - Turning Points
  • 40 - Using Integration Part 1
  • 41 - Using Integration Part 2
  • 42 - SUVAT Equations
  • 43 - Calculator Use

  • 5 - Resolving Forces and Friction
  • 44 - Resultant Forces Components
  • 45 - Components and Newtons Second Law
  • 46 - Inclined Planes Part 1
  • 47 - Inclined Planes Part 2
  • 48 - Friction
  • 49 - Friction on an Inclined Plane Part 1
  • 50 - Friction on an Inclined Plane Part 2
  • 51 - Motion on a Rough Inclined Plane No Other Forces
  • 52 - Motion on a Rough Inclined Plane Parallel Forces
  • 53 - Motion on a Rough Inclined Plane NonParallel Forces Part 1
  • 54 - Motion on a Rough Inclined Plane NonParallel Forces Part 2
  • 55 - Connected Particles on a Rough Inclined Plane Part 1
  • 56 - Connected Particles on a Rough Inclined Plane Part 2

  • 6 - Equilibrium
  • 57 - Three Forces in Equilibrium
  • 58 - Three Forces in Equilibrium The Triangle Method
  • 59 - Equilibrium on an Inclined Plane
  • 60 - Connected Particles in Equilibrium on an Inclined Plane
  • 61 - Hanging Objects in Equilibrium
  • 62 - Limiting Equilibrium
  • 63 - Limiting Equilibrium on an Inclined Plane
  • 64 - Limiting Equilibrium Further Examples

  • 7 - Work Energy and Power
  • 65 - The Work Done by a Force
  • 66 - The Work Done by a Force Components
  • 67 - Kinetic Energy
  • 68 - Gravitational Potential Energy Part 1
  • 69 - Gravitational Potential Energy Part 2
  • 70 - The WorkEnergy Principle Part 1
  • 71 - The WorkEnergy Principle Part 2
  • 72 - Power Part 1
  • 73 - Power Part 2

  • 8 - Momentum
  • 74 - Momentum
  • 75 - Conservation of Linear Momentum
  • 76 - Conservation of Momentum with Multiple Collisions
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