Chapter 2 - 2D Vectors

• Graphical Adding or Subtracting Vectors
• Using Trig to Add or Subtract Vectors in 2D
• Resolving a 2D Vector into Two
• Review of ij notation

Chapter 2 - 3D Vectors

• 3D Vector Notation
• Position Vectors
• DotProduct

Chapter 3 - Sum of Forces Equal to Zero

• Free Body Diagrams Are Required
• Equilibrium of a Particle in 2D
• Equilibrium of a Particle in 3D
• Sum of Forces With a Constraint - Example Problem
• Using MS Excel to Solve Systems of Equations

Chapter 4 - Moment of a Force (Torque)

• Moments in 2D
• Moment in 3D - The Cross Product
• Moment about An Axis
• Couples
• Resultant Force and Resultant Moment About a Point
• Further Reduction of Resultant Forces and Moments
• Distributed Loads

Chapter 5 - Equilibrium of a Rigid Body

• Static Equilibrium in 2D
• Static Equilibrium in 3D

Chapter 8 - Friction

• Friction
• Wedges

Method of Joints

• Method of Joints

Chapter 12 - Kinematics of a Particle

• Straight Line Kinematics using Calculus
• Erratic Motion and Graphing
• Using the Chain Rule
• Motion in 2D and 3D
• Projectile Motion
• Kinematics using Normal-Tangential Coordinates
• Kinematics using Cylindrical Coordinates
• Dependent Motion

Chapter 13 - Kinetics of a Particle

• Introduction to Dynamics
• F=ma in xy coordinates
• F=ma in n-t coordinates
• F=ma using cylindrical coordinates

Chapter 14 - Work and Energy

• Work and the Work-Energy Principle
• Energy and Efficiency
• Conservation of Energy

Chapter 15 - Impulse and Momentum

• Principle of Impulse-Momentum
• Conservation of Linear Momentum
• Impact