02.01A · Cours 1 — Cinématique

Course 1 — Kinematics

1. Physique · 27 pages

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1Kinematics 2Trajectory 3Number of Dimensions

4Position as a Function of Time 5Velocity and Acceleration 6Exercise: Average vs Instantaneous 7Sign Conventions and Relative Values

Special Cases in 1D

8Uniform Rectilinear Motion 9Uniformly Accelerated Motion 10Exercise: Constant Acceleration

11Position Vector 12Velocity in 3D 13Acceleration in 3D 14Tangential and Centripetal Acceleration 15Exercise: Falling Balls Setup 16Exercise: Which Ball Lands First?

Uniformly Accelerated Motion in 2D/3D

173D Equations of Motion 18Projectile Motion under Gravity

Problem-Solving: Projectile MCQ

19Projectile at 30° — Question 20Step 1 — Diagram and Analysis 21Step 2 — Choosing a Method 22Step 3 — Try and Verify

Reference Frames and Velocity Composition

23Introduction to Reference Frames 24Velocity Addition Formula 25Exercise: Train Passenger 26Acceleration Composition 27Application: Crash Test

02.01APage 1Kinematics

Cours 1 — Cinématique page 1

02.01APage 2KinematicsTrajectory

Cours 1 — Cinématique page 2

02.01APage 3KinematicsNumber of Dimensions

Cours 1 — Cinématique page 3

02.01APage 4KinematicsMotion in 1DPosition as a Function of Time

Cours 1 — Cinématique page 4

02.01APage 5KinematicsMotion in 1DVelocity and Acceleration

Cours 1 — Cinématique page 5

02.01APage 6KinematicsMotion in 1DExercise: Average vs Instantaneous

Cours 1 — Cinématique page 6

02.01APage 7KinematicsMotion in 1DSign Conventions and Relative Values

Cours 1 — Cinématique page 7

02.01APage 8KinematicsSpecial Cases in 1DUniform Rectilinear Motion

Cours 1 — Cinématique page 8

02.01APage 9KinematicsSpecial Cases in 1DUniformly Accelerated Motion

Cours 1 — Cinématique page 9

02.01APage 10KinematicsSpecial Cases in 1DExercise: Constant Acceleration

Cours 1 — Cinématique page 10

02.01APage 11KinematicsMotion in 3DPosition Vector

Cours 1 — Cinématique page 11

02.01APage 12KinematicsMotion in 3DVelocity in 3D

Cours 1 — Cinématique page 12

02.01APage 13KinematicsMotion in 3DAcceleration in 3D

Cours 1 — Cinématique page 13

02.01APage 14KinematicsMotion in 3DTangential and Centripetal Acceleration

Cours 1 — Cinématique page 14

02.01APage 15KinematicsMotion in 3DExercise: Falling Balls Setup

Cours 1 — Cinématique page 15

02.01APage 16KinematicsMotion in 3DExercise: Which Ball Lands First?

Cours 1 — Cinématique page 16

02.01APage 17KinematicsUniformly Accelerated Motion in 2D/3D3D Equations of Motion

Cours 1 — Cinématique page 17

02.01APage 18KinematicsUniformly Accelerated Motion in 2D/3DProjectile Motion under Gravity

Cours 1 — Cinématique page 18

02.01APage 19KinematicsProblem-Solving: Projectile MCQProjectile at 30° — Question

Cours 1 — Cinématique page 19

02.01APage 20KinematicsProblem-Solving: Projectile MCQStep 1 — Diagram and Analysis

Cours 1 — Cinématique page 20

02.01APage 21KinematicsProblem-Solving: Projectile MCQStep 2 — Choosing a Method

Cours 1 — Cinématique page 21

02.01APage 22KinematicsProblem-Solving: Projectile MCQStep 3 — Try and Verify

Cours 1 — Cinématique page 22

02.01APage 23KinematicsReference Frames and Velocity CompositionIntroduction to Reference Frames

Cours 1 — Cinématique page 23

02.01APage 24KinematicsReference Frames and Velocity CompositionVelocity Addition Formula

Cours 1 — Cinématique page 24

02.01APage 25KinematicsReference Frames and Velocity CompositionExercise: Train Passenger

Cours 1 — Cinématique page 25

02.01APage 26KinematicsReference Frames and Velocity CompositionAcceleration Composition

Cours 1 — Cinématique page 26

02.01APage 27KinematicsReference Frames and Velocity CompositionApplication: Crash Test

Cours 1 — Cinématique page 27