Course Curriculum

(25+ hours of content)

  • 1

    Introductory Section

    • Course Introduction

    • Notes About the Book Used in This Course-Please Read!

    • Properties of Units

    • Dimensional Analysis-Example 1

    • Dimensional Analysis-Example 2

    • Dimensional Analysis-Example 3

    • Dimensional Analysis-Example 4

    • Dimensional Analysis-Example 5

    • Rules for Significant Figures

    • Significant Figures Practice

    • Significant Figures-Example 1

    • Significant Figures-Example 2
  • 2

    One-Dimensional Kinematics

    • Displacement, Average Velocity, and Instantaneous Velocity

    • Velocity-Example 1

    • Velocity-Example 2

    • Velocity-Example 3

    • Average Acceleration and Instantaneous Acceleration

    • Acceleration-Example 1

    • Acceleration-Example 2

    • Constant Acceleration and the Kinematic Equations

    • Kinematic Equations-Example 1

    • Kinematic Equations-Example 2

    • Kinematic Equations-Example 3

    • Kinematic Equations-Example 4

    • Kinematic Equations-Example 5

    • Free Fall Motion and the Kinematic Equations

    • Free Fall Motion-Example 1

    • Free Fall Motion-Example 2

    • Free Fall Motion-Example 3

    • Free Fall Motion-Example 4

    • Position and Velocity Using Integration

    • Position and Velocity Using Integration Example
  • 3

    Two-Dimensional Kinematics

    • Properties of Vectors

    • Vectors-Example 1

    • Vectors-Example 2

    • Unit Vectors

    • Unit Vectors Example

    • Adding and Subtracting Vectors Graphically

    • Adding and Subtracting Vectors Graphically Example

    • Position, Velocity, and Acceleration Vectors

    • Velocity Vector-Example 1

    • Velocity Vector-Example 2

    • Acceleration Vector Example

    • Projectile Motion Concepts and Equations

    • Projectile Motion-Example 1

    • Projectile Motion-Example 2

    • Projectile Motion-Example 3

    • Projectile Motion-Example 4

    • Projectile Motion-Example 5

    • One-Dimensional Relative Velocity

    • Two-Dimensional Relative Velocity
  • 4

    Newton's Laws of Motion

    • Forces and Introduction to FBDs

    • Net Force-Example 1

    • Net Force-Example 2

    • Newton's Three Laws of Motion

    • Mass and Weight

    • Mass and Weight-Example 1

    • Mass and Weight-Example 2

    • Applying Newton's Second Law-Example 1

    • Applying Newton's Second Law-Example 2

    • Applying Newton's Second Law-Example 3

    • Applying Newton's Second Law-Example 4

    • Applying Newton's Second Law-Example 5

    • Applying Newton's First Law-Example 1

    • Applying Newton's First Law-Example 2

    • Applying Newton's First Law-Example 3

    • Applying Newton's First Law-Example 4

    • Static and Kinetic Friction

    • Friction-Example 1

    • Friction-Example 2

    • Friction-Example 3

    • Friction-Example 4
  • 5

    Circular Motion and Gravitation

    • Uniform Circular Motion

    • Uniform Circular Motion-Example 1

    • Uniform Circular Motion-Example 2

    • Uniform Circular Motion-Example 3

    • Uniform Circular Motion-Example 4

    • Uniform Circular Motion-Example 5

    • Uniform Circular Motion-Example 6

    • Newton's Law of Gravitation

    • Newton's Law of Gravitation-Example 1

    • Newton's Law of Gravitation-Example 2

    • Newton's Law of Gravitation and Weight

    • Newton's Law of Gravitation and Weight Example
  • 6

    Work and Conservation of Energy

    • Work

    • Work Example

    • Work-Energy Theorem

    • Work-Energy Theorem-Example 1

    • Work-Energy Theorem-Example 2

    • Power

    • Power Example

    • Conservation of Energy with Gravitational Potential Energy

    • Conservation of Energy-Example 1

    • Conservation of Energy-Example 2

    • Conservation of Energy-Example 3

    • Conservation of Energy-Example 4

    • Conservation of Energy-Example 5

    • Conservation of Energy with Elastic Potential Energy

    • Conservation of Energy-Example 6

    • Conservation of Energy-Example 7

    • Conservation of Energy-Example 8
  • 7

    Impulse and Conservation of Momentum

    • Momentum and Impulse Introduction

    • Impulse-Example 1

    • Impulse-Example 2

    • Impulse-Example 3

    • Conservation of Momentum

    • Conservation of Momentum-Example 1

    • Conservation of Momentum-Example 2

    • Conservation of Momentum-Example 3

    • Conservation of Momentum-Example 4

    • Inelastic Collisions

    • Inelastic Collision-Example 1

    • Inelastic Collision-Example 2

    • Inelastic Collision-Example 3

    • Elastic Collisions

    • Elastic Collision-Example 1

    • Elastic Collision-Example 2
  • 8

    Angular Dynamics

    • Under Maintenance
  • 9

    Fluid Mechanics

    • Under Maintenance
  • 10

    Oscillations

    • Under Maintenance
  • 11

    Thermodynamics

    • Under Maintenance