Physics

• Course Resources

  Holt Text Physics Syllabus 2023 Successful Students 5E Model Midterm Exam Outline Final Exam Review

• Unit 1: The Science of Physics

  Learning Objectives Focus Questions Physics is Life Physics is Curiosity Introduction to Physics What is Physics-Inspiration Fundamental Ideas in Physics The Scientific Method What is the Scientific Method Problem Solving: The Scientific Method Scientific Models Powers of Ten The Scale of the Universe Unit Conversion Unit Conversion Method Solving Equations and Formulas Rearranging Physics Equations Basic Functions and Graphs Identifying Functions and Graphs

• Unit 2: Rectilinear Kinematics I

  Learning Objectives Focus Questions Quantities of Motion Frames of Reference Describing Rectilinear Motion Position, Displacement, and Distance Finding Displacement Graphically Speed vs Velocity Uniform-Constant Speed Speed and Velocity Graphing Rectilinear Motion What is Acceleration Acceleration Explained Interpreting Velocity-Time Graphs Position, Velocity and Acceleration Graphs Techniques for Interpreting Rectilinear Motion Graphs Interpreting Position Graphs Displacement from Velocity Graph

• Unit 3: Rectilinear Kinematics II

  Learning Objectives Motion Diagrams 1 Motion Diagrams 2 Motion Diagrams 3 Motion Diagrams 4 Graphs from Motion-Dot Diagrams 1 Graphs from Motion-Dot Diagrams 2 Graphs from Motion-Dot Diagrams 3 Graphs from Motion-Dot Diagrams 4 Graphs from Motion-Dot Diagrams 5 v and a Vectors: Determining Speed Change Galileo's Inclined Plane Galileo's Law of Odd Numbers/Squares Galileo's Law Galileo's Law of Falling Bodies Hammer vs Feather - Physics on the Moon da Vinci's Law of Integers Galileo, da Vinci and Free-Fall Free-Fall BBC Graphs of Free-Fall Free Fall Acceleration Physics of Sky Diving Forces in Terminal Velocity Free Fall and Terminal Velocity Techniques for Interpreting Rectilinear Motion Graphs Displacement from Velocity Graph Velocity Change from Acceleration Graph Kinematic Equations of Motion Applying Kinematic Equations (Non-Free Fall) Applying Kinematic Equations (Free Fall)

• Unit 4: Vectors

  Learning Objectives Focus Questions Vector Resultant-Order of Adding Vectors 2D Graphical Vector Sum Drawing Scaled Vector Diagrams Resultant of Two Vectors - Graphical Method Resultant by Graphical Method Vector Subtraction Multiplying Vector by Scalar Vector Addition: Graphical Method Vector Addition: Mathematical Method Trig Functions.pdf Resolving Vectors Resolving Vectors Into Components Resultant by Components Resultant by Component Method

• Unit 5: Two-Dimensional Kinematics

  Learning Objectives Focus Questions (Projectiles) Focus Questions (Relative Motion) Independence of X-Y Motions of Projectiles Projectile Launcher GeoGebra (Air Drag) Projectile Motion Features Projectile Parameters The Monkey and the Hunter Hank and the Hunter Understanding Horizontal Projectiles Relative Motion-Relative Velocity 1D Relative Velocity Visuals 2D Relative Velocity

• Unit 6: Newton's Laws

  Focus Questions Third Law Examples Newton's 3rd Law of Motion What Is Inertia Inertia and Newton's 1st Law Newton's 1st Law Tutorial Newton's 1st Law of Motion Newton's 1st Law (Science of NFL Football) Newton's 2nd Law Newton's 2nd Law (Science of NFL Football) Newton's 2nd Law with Parachutes Summary of Newton's Laws Free Fall and Terminal Velocity Physics of Sky Diving

• Unit 7: Gravitation w/Kepler's Laws

  Focus Questions Newton's Gravity Newton's Law of Gravity Gravitation Demo Weight = Gravitational Force Calculating Gravitational Force Calculating Gravity: Problem Example Living With Tides Tides and the Moon How The Tides Work Spring and Neap Tides Kepler's Laws Kepler's 1st Law Kepler's 2nd Law Kepler's 3rd Law

• Unit 8: Work-Energy

  Rube Goldberg Machine Kinetic Energy Work-Energy Theorem What is Kinetic Energy Work-Energy Principle Work-Energy (Example 1) Work-Energy (Example 2) Work - F vs x graphs Work - Graphical Interpretation Potential Energy Focus Questions (Work-Energy) Focus Questions (Power) Focus Questions (Energy Conservation) Energy Conservation Summary Energy Conservation 1 Energy Conservation in a Pendulum Case I Energy System Equation What is Power Power Output Comparison

• Unit 9: Impulse-Momentum

  What is Momentum 1 Momentum Explained Understanding Momentum Impulse-Momentum 1 Impulse-Momentum 2 Impulse-Momentum 3 Car Safety (Impulse = Ft) Impulse: Force-Time Graphs Impulse-Momentum Change - Egg Drop 1 Impulse-Momentum Change - Egg Drop 2 Impulse, Force and Momentum Change (Crash Cushions) Force vs Time Graphs Understanding Force vs Time Graphs Applying Force vs Time Graphs Momentum Transfer Conservation of Momentum 1 Conservation of Momentum 2 Fish Lunch - Momentum Conservation Focus Questions (Impulse-Momentum) Focus Questions (Momentum Conservation) Solving Momentum Conservation Problem (Example 1) Solving Momentum Conservation Problem (Example 2) Solving Momentum Conservation Problem (Example 3) Elastic and Inelastic Collisions Elastic-Inelastic Collision Problem 1 Elastic-Inelastic Collision Problem 2

• Unit 10: Waves

• Unit 11: Electromagnetism

• Unit 12: Nuclear Physics

  What Are Isotopes? Understanding Isotopes Isotope Notation Isotope Nomenclature Practice with Elements and Isotopes Finding Average Atomic Mass Determining Average Atomic Mass Mass Defect-Binding Energy Mass Defect-Binding Energy Calculating Mass Defect and Binding Energy Nuclear Stability Nuclear Stability Nuclear Stability: Nucleon Ratio Nuclear Decay Modes Balancing Nuclear Equations Balancing Nuclear Equations Nuclear Decay Series 1 Nuclear Decay Series 2 Understanding Radioactive Half-Life Radioactive Half-Life Graphs A method for Calculating Half-Life Graphing Half-Life for a Radionuclide Fission vs Fusion Fission and Fusion Explained Fission and Fusion: Weapons Applications Fission and Fusion in Nuclear Power