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Physics 4U (Memo)
Physics 4U
Physics Video
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Unit 0 - Introduction
Unit 0.5 - Modelling and Philosophy
Lesson 1 - Hello
Unit 1 - Motion
Lesson 1.1 - Measuring Space and Time
Lesson 1.2 - Position-Time Graphs, 1st Law, Definitions (delta d and vavg)
Lesson 1.3 - Average vs Instantaneous Velocity
Lesson 1.4 - Calculating Acceleration, Area Under a Velocity-Time 'Curve'
Lesson 1.5 - Area Under Graphs, Equations of Motion
Lesson 1.6 - Lab Preparation
Lesson 1.7 - Vectors
Lesson 1.8 - Projectile Motion
Lesson 1.9 - Circular Motion
Lesson 1.10 - Relative Motion
Review Lesson (Questions)
Unit 2 - Forces
Lesson 2.1 (Lesson 11) - Force, Mass, FBD
Lesson 2.2 (Lesson 12) - Specific Forces
Lesson 2.3 (Lesson 10) - Friction
Lesson 2.4 (Lesson 11) - Centripetal Acceleration
Lesson 2.5 (Lesson 12) - Illustrative Problems
Unit 3 - Energy
Lesson 3.1 - Kinetic Energy
Lesson 3.2 - Positive and Negative Work by Gravity
Lesson 3.3 - Variable Forces
Lesson 3.4 - Potential Energy and Conservation of Energy
Lesson 3.5 - Potential Energy Curves and Work by External Forces
Unit 4 - Gravitational and Electric Fields
Lesson 4.1 - Universal Gravitation
Lesson 4.2 - Electrostatics
Lesson 4.3 - Electric Field, Electric Potential, Discharge
Lesson 4.4 - Fields
Lesson 4.5 - Orbits
Unit 5 - Collisions
Lesson 22 - Center of Mass
Lesson 23 - Linear Momentum
Lesson 24 - Collisions
Unit 6 - Relativity and Magnetism
Unit 7 - Modern Physics
Physics 4U (Memo)
Lesson 1.3 - Average vs. Instantaneous Velocity & Defining Acceleration
Lesson 3 - Average vs. Instantaneous Velocity, Defining Acceleration
Practice - Lesson 3 (Average vs. Instantaneous Velocity, Average Acceleration)
In Class Example (lesson 3).pdf
Solutions (Lesson 3 Practice - Avg v Inst velocity, acceleration).pdf
MIT
Instantaneous Velocity in 1D
Javalab (Simulation)
Motion Analysis
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