AP Physics C

• Course Resources

  AP C Syllabus 2023 AP Central (AP Physics C) 5E Model Successful Students AP C Equation Types AP C Equation Types AP Lab Report Format Problem Solving Method AP Physics C Practice Exams Independent Study Assignment End of Year Project End of Year Assignments

• University Physics w/Solutions

  University Physics Chapter 1 Solutions Chapter 2 Solutions Chapter 3 Solutions Chapter 4 Solutions Chapter 5 Solutions Chapter 6 Solutions Chapter 7 Solutions Chapter 8 Solutions Chapter 9 Solutions Chapter 10 Solutions Chapter 13 Solutions Chapter 14 Solutions

• SW Solutions

  SW1C SW1D SW1K SW1L SW1N SW1O SW2A SW2B SW2C SW2E

• The Nature of Physics

• Vectors

  Study Guide Focus Questions Graphical Method of Vector Addition 1 Graphical Method of Vector Addition 2 Vector Components Defined Determining Vector Components 1 Composition by Rectangular Resolution Resultant by Component Method Resultant by Component Method 2 Resultant by Component Method 3 Force Systems Intro to Vectors 1 Intro to Vectors 2 Intro to 3D Vectors Vector Axis Angles 3D Axes Angle Diagram Visualizing Unit Vectors Visualizing 3D Vectors Angle Between Two Vectors Angle Between Two Vectors 3D Axes Angles 3D Axes Angles Visualized 2D-3D Vectors (Vector Algebra) Physical Interpretation of DOT and CROSS Products The Vector DOT Product The Vector CROSS Product Vector Component Form in 3D Finding a Unit Vector in a Given 3D Vector Direction

• Rectilinear Kinematics

  Study Guide Learning Objectives Focus Questions Frames of Reference Motion Diagrams 1 Motion Diagrams 2 Motion Diagrams 3 Motion Diagrams 4 Velocity and Acceleration from Position 1 Velocity and Acceleration from Position 2 Velocity and Position Vector Functions by Integration Position Vector Function by Integration Calculus: Position-Velocity Graphs Uniform Acceleration Example Galileo's Inclined Plane Galileo's Law da Vinci's Law of Integers Galileo's Law of Odd Numbers/Squares Galileo's Law of Falling Bodies Galileo, da Vinci and Free-Fall Free-Fall BBC Hammer vs Feather - Physics on the Moon Graphs of Free-Fall Techniques for Interpreting Rectilinear Motion Graphs

• 2D/3D Kinematics

  Study Guide Focus Questions Position Vector Average Velocity Vector Instantaneous Velocity Vector Finding Velocity in 3D Average Acceleration Vector Instantaneous Acceleration Vector Projectile Parameters Independence of X-Y Motions of Projectiles Hank and the Hunter The Monkey and the Hunter Galilean Relativity - Ship-Shore Experiment Kinematics of Uniform Circular Motion Uniform Circular Motion Uniform/Non-Uniform Circular Motion Uniform vs Non-Uniform Circular Motion Relative Velocity Sim 2D Relative Velocity (Boat-River) Relaitve Motion Galilean Relativity

• Newton's Laws

  Study Guide Newton's 3rd Law of Motion Newton's 1st Law Tutorial Newton's 1st Law of Motion Pseudo Forces Newton's 2nd Law FBD Examples Drawing FBD's and Applying Newton's Laws Drawing FBD's/Applying Newton's Laws Inertial & Gravitational Mass Inertial-Gravitational Mass Equivalence of Mass Equivalence Principle Focus Questions Focus Questions Particle Adventure The Standard Model (Version A) The Standard Model (Version B) The Standard Model The Map of Particle Physics Unexplained Mysteries of the Standard Model Interactive Standard Model The Theory of Almost Everything CERN: The Standard Model The Standard Model and Beyond

• Application of Newton's Laws

  Study Guide Drawing FBD's/Applying Newton's Laws Forces on an Incline 1 Forces on an Incline 2 Forces on an Incline 3 Forces on an Incline 4 The Centrifugal Force is Not Real! Motion in a Vertical Circle Centripetal vs Centrifugal Physics of Banked and Unbanked Curves Focus Questions: Set 1 Focus Questions: Set 2 Atwood's Machine Examples Centrifugal Force-Pseudo Force Inertial and Non-Inertial Frames Pseudo Forces Rotating Reference Frames Centrifugal Force (H2O Example) Spinning Liquid Centripetal and Centrifugal Forces Atwood's Machine - Multiple Body Systems Atwood's Machine Problem Atwood's Machine Demo Lab

• Work and Kinetic Energy

  Study Guide Focus Questions

• Potential Energy/Energy Conservation

  Study Guide Focus Questions Potential Energy Functions The Gradient (Partial Differentiation) Potential Energy Functions

• Impulse-Momentum

  Study Guide Focus Questions The Mechanical Universe: Conservation of Momentum Elastic and Inelastic Collisions Elastic and Inelastic Collisions Summary Ballistic Pendulum Ballistic Pendulum 2D Collision Examples Two Dimensional Collisions 2D Momentum Conservation Center of Mass and Projectile Motion MIT Physics Demo-Center of Mass Trajectory Finding Center of Mass (Level 1) Finding Center of Mass (Level 2)

• Rotational Kinematics

  Rotational Kinematics Overview Moment Of Inertia Racing Race of the Objects Rotational Inertia: Race Between a Ring and a Disc Rotational Inertia Ranking Focus Questions Parallel Axis Theorem The Parallel-Axis Theorem Parallel Axis Theorem Proof

• Rotational Dynamics

  Angular Momentum Basics Angular Momentum Angular Momentum Conservation Angular Momentum Conservation Angular Momentum Conservation of Systems Rotational Dynamics Examples Focus Questions Bizarre Spinning Toys Gyroscopic Precession Precession and Gyroscopes Precession of the Earth Torques and Gyroscopes

• Gravitation w/Kepler's Laws

  Focus Questions Gravitational Potential and Gravitational Potential Energy

• Periodic Motion

  Focus Questions SHM and Circular Motion Understanding Simple Harmonic Motion SHM Oscillator 1 Simple Pendulum Vectors Deriving SHM Equations SHM Oscillator 2 Graphs of SHM (x, v and a) SHM of a Simple Pendulum Energy of a Mass-Spring System