AP Physics 1

• Course Resources

  AP 1 Syllabus 2022 Midterm Practice Test Equation Sheet AP Central (AP Physics 1) 5E Model Successful Students AP 1 Equation Types AP Lab Report Format Problem Solving Giude Problem Solving Method Independent Study Assignment End of Year Project End of Year Assignments

• The Nature of Physics

• Rectilinear Kinematics I

  Text: Chp 2 Study Guide Learning Objectives Chapter 2 Solutions Focus Questions Quantities of Motion Frames of Reference Position, Displacement, and Distance Finding Displacement Graphically Speed vs Velocity Uniform-Constant Speed Average vs Instantaneous Velocity Average and Instantaneous Velocity Linking Position and Velocity Graphs Distance and Displacement: Area Under Velocity Curve What is Acceleration Acceleration Explained Motion Diagrams 1 Motion Diagrams 2 Motion Diagrams 3 Motion Diagrams 4 Interpreting Motion Graphs v and a Vectors: Determining Speed Change Techniques for Interpreting Rectilinear Motion Graphs Acceleration Graph from Velocity and Position Graphs Interpreting Acceleration Graphs Kinematic Motion Equations Interpreting Position Graphs Change in Velocity from Acceleration Graph

• Rectilinear Kinematics II

  Text: Chp 2 Study Guide Learning Objectives Chapter 2 Solutions Kinematic Motion Equations Uniform Acceleration Example Galileo's Inclined Plane Galileo's Law of Odd Numbers/Squares Focus Questions (Uniform Acceleration Principles) Focus Questions (Free-Fall) da Vinci's Law of Integers Galileo's Law Galileo, da Vinci and Free-Fall Galileo's Law of Falling Bodies Hammer vs Feather - Physics on the Moon Free-Fall BBC Graphs of Free-Fall Free Fall Acceleration Physics of Sky Diving Forces in Terminal Velocity Free Fall and Terminal Velocity Level II Motion Problem Techniques for Interpreting Rectilinear Motion Graphs Relating x, v, a Graphs 1 Relating x, v, a Graphs 2

• Two-Dimensional Kinematics

  Text: Chp 3 Study Guide Focus Questions Practice Quiz Resolution of Vectors Projectile Parameters Independence of X-Y Motions of Projectiles Understanding Horizontal Projectiles Projectile Launcher Hank and the Hunter The Monkey and the Hunter Projectile Motion Problem Solution Motion Equations for Projectile Positions GeoGebra (Air Drag) Galilean Relativity Galilean Relativity - Ship-Shore Experiment Relaitve Motion 1D Relative Velocity Visuals 2D Relative Motion Introduction 2D Relative Motion Problem 1 2D relative Motion Problem 2

• Introduction to Newton's Laws

  Text: Chp 4 Newton's 3rd Law of Motion What Is Inertia Inertial & Gravitational Mass Inertial-Gravitational Mass Equivalence of Mass Equivalence Principle Newton's 1st Law Tutorial Newton's 1st Law of Motion Newton's 2nd Law Newton's 1st Law (Science of NFL Football) Newton's 2nd Law (Science of NFL Football) Newton's 2nd Law with Parachutes Summary of Newton's Laws Drawing Free-Body Diagrams FBD Examples Free-Body Diagrams 1 - Introduction Free-Body Diagrams 2 - Normal Forces Part 1 Free-Body Diagrams 3 - Normal Forces Part 2 Free-Body Diagrams 4 - Tension Focus Questions Fundamental Forces & Elementary Particles Standard Model/Fundamental Particles

• Application of Newton's Laws

  Text: Chp 4 Friction Graphs Calculating Static and Kinetic Friction Atwood's Machine Examples FBD Examples Drawing FBD's and Applying Newton's Laws Double Atwood Machine (Challenge!!) Atwood Machines Atwood's Machine - Multiple Body Systems Atwood's Machine Problem Atwood's Machine Demo Lab Focus Questions History of the Atwood's Machine Finding the Resultant Equilibrium Virtual Lab Circular Motion FBD Examples

• Circular Motion

  Text: Chp 5A Practice Quiz Focus Questions (Circular Motion) Circular Motion FBD Examples Kinematics of Uniform Circular Motion Analysis Model of Circular Motion - Part 1 Analysis Model of Circular Motion - Part 2 Motion in a Vertical Circle Centripetal vs Centrifugal The Centrifugal Force is Not Real! Physics of Banked and Unbanked Curves The Physics of Loops Vertical Circular Motion - Part 1 Vertical Circular Motion - Part 2 Non-Uniform Circular Motion Analysis of Non-Uniform Circular Motion Examples of Circular Motion Understanding Circular Motion Centrifugal Force - Part 1 Centrifugal Force - Part 2 Motion in a Non-Inertial Frame Coriolis (Centrifugal) Force The Coriolis Effect Solving Circular Motion Problems Circular Motion Practice Quiz Centrifugal Force-Pseudo Force Inertial and Non-Inertial Frames Pseudo Forces Rotating Reference Frames Centrifugal Force (H2O Example) Spinning Liquid Centripetal and Centrifugal Forces

• Gravitation

  Text: Chp 5B Gravitational Forces as Vectors Calculating the Gravitational Force Gravitational Field Strength Gravity Problems w/Solutions Gravitational Potential Energy Kepler's 1st Law Kepler's 2nd Law Kepler's 3rd Law Focus Questions (Gravitation w/Kepler's Laws) Newton's Gravity The Apple and the Moon Kepler's Laws Lab Kepler's Laws Lab Cavendish Experiment Cavendish: Determining G Cavendish Experiment Explained Gravitation and the Cavendish Experiment

• Work-Energy

  Text Chapter 6 Practice Quiz Focus Questions (Work-Energy and Power) Focus Questions (Energy Conservation) Energy Diagrams Work-Interpreting Force vs Displacement Graphs Power Output Comparison Energy Conservation in a Vibrating Spring Energy Conservation in a Pendulum Mechanical Energy Conservation (w/Style!!) What is Power Conservative vs Non-Conservative Forces Mechanical Energy Conservation Springs and Hooke's Law Hooke's Law Hooke's Law 2 Work-Energy Principle Energy Conservation Summary

• Impulse-Momentum

  Text Chapter 7 Study Guide Focus Questions Impulse-Momentum 1 Impulse-Momentum 3 Conservation of Momentum Car Safety (Impulse = Ft) Elastic and Inelastic Collisions Summary Elastic and Inelastic Example Problem Derivations Ballistic Pendulum Ballistic Pendulum Ballistic Pendulum Problem Car Design and Safety Auto Crash Test (Old vs New) Momentum Conservation Equations Elastic and Inelastic Collisions Elastic-Inelastic Problem Solution Example 2D Collisions Summary

• Rotational Kinematics & Dynamics

  What is a Radian Converstions: Radians, Revolutions and Degrees Rotational Kinematics Overview Moment Of Inertia Racing Focus Questions (Rotational Kinematics) Race of the Objects Rotational Inertia: Race Between a Ring and a Disc Rotational Inertia Ranking Finding Net Torque Net Torque on a Wheel Torque and Angular Acceleration Torque and Angular Acceleration Example Angular Momentum Basics What Is Angular Momentum Angular Momentum Angular Momentum Angular Momentum Conservation Angular Momentum Conservation in Ice Skating Focus Questions (Rotational Dynamics) Angular Momentum Conservation w/Gyroscope Gyroscopic Precession Angular Momentum w/Gyroscopic Effect

• Simple Harmonic Motion

  What is Hooke's Law Simple Harmonic Motion Basics Simple Harmonic Motion 1 Focus Questions Intro to Pendulums Galileo and the Pendulum Motion of the Simple Pendulum SHM Energy Conservation in Vertical Mass-Spring System SHM Energy Conservation in Horizontal Mass-Spring System Energy Conservation in Pendulums 1 Energy Conservation in Pendulums 2 Kinematic Graphs of SHM SHM and Uniform Circular Motion 1 SHM and Uniform Circular Motion 2 SHM and Uniform Circular Motion 3 Simple Pendulum Vectors