Physics 12 - Class Notes

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 Vectors Notes: Introduction to Vectors | Graphical Method | Component Method | Component Method 2 | Trigonometric Method Video Lectures: Vectors Interactive Physics Simulations: Vector Addition | Vector Addition and Subtraction | Vector Components Video Lectures:  Vector Kinematics in 1-Dimension | Projectile Motion | Interactive Physics Simulations: Relative Velocity: Boat Crossing a River | Projectile Motion | Exploring Projectile Motion Concepts | Projectile Motion: Tranquilize the Monkey Video Demonstrations: Col. John Stapp | Step-by-Step: Newton's Second Law Interactive Physics Simulations: Friction: Pulling a Box on a Horizontal Surface | Friction on an Inclined Plane | Atwood on an Incline | Video Lectures:  Torque Fundamentals |  Torques & Ladders | Cantilever Beam Video Demonstrations: Step-by-Step: Torque & Static Equilibrium Interactive Physics Simulations: Cantilever Beam Video Lectures: Gravitation  (numerous lectures applicable to the above notes) | Total Orbital Energy | Step-by-Step: GravitationGravitational News: Earth's Magnetic Poles on the Move! | Elon Musk's Starlink Interactive Physics Simulations: Coulomb's Law | Charged Particle in an Electric Field | Electric Field & Electric Potential Work, Energy & Power Notes: Work-Energy Theorem | Work Done by a Varying Force Video Lectures: Impulse and Momentum | Work, Energy & Power | Conservation of Energy Video Demonstrations: Step-by-Step: Momentum | Step-by-Step: Energy, Work and Power Interactive Physics Simulations: Momentum & Energy: Elastic and Inelastic Collisions | Momentum & Energy: Explosive "Collision" | The Ballistic Pendulum Video Demonstrations: Step-by-Step: DC Circuits | Step-by-Step: Kirchoff's Current & Voltage Rules Interactive Physics Simulations: Circuit Drawing Tools Interactive Physics Simulations: Charged Particle in a Magnetic Field | Electromagnetic Induction | The DC Motor 