Throughout my time as a physics teacher, I have created many, many video tutorials. I am working on refreshing and redoing many of my units this year, so we will find links to these tutorials in two parts: Those redone this year, and those from previous years. The previous years are still really good, but I have fine tuned my craft a little, and would like to give some more polished videos a chance. Please check back for updates as this is very much a work in progress.
Unit 0: A Physics Toolkit
Conversion and Unit Analysis (Part 1)
Conversion and Unit Analysis (Part2)
Unit 1: Kinematics
Introduction to Kinematic Graphs
Acceleration on Kinematic Graphs
Intro to Kinematic Equations and Solving Problems Using Them
Free Fall and Its Characteristics
Motion in Two Dimensions
Vector Resolution-Algebraically
Projectile Motion-Intro to Angles
Projectile Motion Example Problem
Projectile Motion-Rifle Problem
Unit 2: Dynamics
Intro to Forces: A catalog of forces
Free Body Diagrams and Equilibrium
Forces in Equilibrium-Example Problems
Forces in Equilibrium (Part 2)-Example Problems
Solving Dynamics in 2 Dimensions
Solving Dynamics in 2D-Mace's Problem
Forces in 2D-Example Problem 3
Mass v. Weight v. Apparent Weight
Normal Force (Including on an Inclined Plane)
Inclined Planes-Burglar Problem
Inclined Plane Burglar Problem--With Friction
Ropes and Pulleys-Robber Example
Unit 3: Circular Motion and Gravitation
Intro to Circular Motion (Part 1)
Intro to Circular Motion (Part 2)
Gravity on Other Planets and Gravitation and Orbiting Bodies
Unit 6: Simple Harmonic Motion
Review of Hooke's Law and Vocabulary (SHM Lecture 1)
Restoring Forces and Oscillatory Motion (SHM Lecture 2)
Reading Graphs for SHM (SHM Lecture 3)
Unit 7: Rotational Motion
Introduction to Torque (Part 1)
Net Torque and Equilibrium (Part 2)
Unit 9: DC Circuits
Using Ohm's Law and Series vs. Parallel Circuits
Calculating Equivalent Resistance and Series Circuits
Parallel Circuits and Combination Circuits
Work, Energy, and Energy Conservation
Conservation of Energy (Part 1)
Conservation of Energy (Part 2)
Conservation of Energy (Part 3)
Impulse, Momentum, and Its Conservation
Impulse and Momentum Example Problems
Types of Collisions and Conservation of Momentum
Simple Harmonic Motion (SHM) and Waves
Simple Harmonic Motion (Part 1)
Simple Harmonic Motion (Part 2)
Rotational Motion
DC Circuits