 The metric system – units, prefixes  Unit conversions  Algebra and trigonometry  Orders of magnitude

 Displacement  Velocity  Acceleration  Vectors and scalars  Average vs. instantaneous  Free fall  Projectile Motion  Graphs of motion

 Forces  Newton’s Laws  Inertia  Weight  Friction  Free Body Diagrams  Net Force  1 st Condition for Equilibrium

 Uniform circular motion  Centripetal force and acceleration  Newton’s Law of Universal Gravitation  Gravitational Field  Kepler’s Laws

 Work  Energy  Kinetic Energy  Potential Energy  Mechanical Energy  Conservation of Energy  Conservative vs. nonconservative forces  Power

 Momentum  Impulse  Conservation of momentum  Collisions › Elastic › Inelastic › Perfectly Inelastic › Explosions

 Rotational Kinematics  Rotational Dynamics  Moment of Inertia  Torque  Angular Momentum  Conservation of Angular Momentum  2 nd Condition for Equilibrium