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The Inclined Cyclist (2 of 2: Friction & Angle)
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Classroom Contents
Applications of Calculus to Mechanics
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- 1 Equation of Path: Derivation
- 2 Equation of Path: Simple Example
- 3 Introduction to Circular Motion: Angular & Linear Velocity
- 4 Uniform Circular Motion - Direction of Acceleration (1 of 2: Adding Vectors Visually)
- 5 Uniform Circular Motion - Direction of Acceleration (2 of 2: Force Equations)
- 6 Uniform Circular Motion: Determining Tangent & Normal Forces
- 7 Force Equations for Uniform & Non-Uniform Circular Motion
- 8 Uniform Circular Motion: Basic Example Question
- 9 Uniform Circular Motion: Tension & Tensile Strength
- 10 The Conical Pendulum (1 of 2: Understanding the Forces)
- 11 General Purpose Algorithm for Mechanics Questions
- 12 The Conical Pendulum (2 of 2: Determining Tension, Angle & Height)
- 13 Pendulum on Surface of Cone (1 of 2: Tension & Normal Force)
- 14 Pendulum on Surface of Cone (2 of 2: Determining Maximum Velocity)
- 15 Conical Pendulum Inside a Bowl (1 of 2: Setting up the question)
- 16 Conical Pendulum Inside a Bowl (2 of 2: An unexpected change in tension)
- 17 Introduction to Banked Tracks (1 of 2: What are they?)
- 18 Banked Tracks: Example Question
- 19 Introduction to Banked Tracks (2 of 2: Optimum Speed & Height)
- 20 The Inclined Cyclist (1 of 2: Explanation & Question)
- 21 The Inclined Cyclist (2 of 2: Friction & Angle)
- 22 Interesting Circle Geometry / Motion Question (1 of 2: Internal Angular Velocities)
- 23 Interesting Circle Geometry / Motion Question (2 of 2: External Angular Velocity)
- 24 Circular Motion (1 of 6: Understanding Rotation)
- 25 Circular Motion (2 of 6: The Discus Throw)
- 26 Circular Motion (3 of 6: Basic Example Question)
- 27 Circular Motion (4 of 6: Resolving Forces)
- 28 Circular Motion (5 of 6: Force Along the Normal)
- 29 Circular Motion (6 of 6: Force Along the Tangent)
- 30 Uniform Circular Motion examples (1 of 2: Finding angular velocity & acceleration)
- 31 Uniform Circular Motion examples (2 of 2: On a flat surface)
- 32 Angular Velocity with Non-Circular Motion
- 33 Intro to Conical Pendulum (1 of 2: Vertical & Horizontal Motion)
- 34 Understanding Weightlessness in a Simulator
- 35 Intro to Conical Pendulum (2 of 2: Understanding Tension)
- 36 Walkthrough of Conical Pendulum Question (1 of 2: Working out the path)
- 37 Walkthrough of Conical Pendulum Question (2 of 2: Calculating Period & Tension)
- 38 Conical Pendulum Example (1 of 2: Finding radius of circular motion)
- 39 Conical Pendulum Example (2 of 2: Finding angular velocity & tension)
- 40 Banked Tracks (1 of 5: Why they're needed)
- 41 Banked Tracks (2 of 5: How they're useful)
- 42 Conical Pendulum on a Conical Surface (1 of 2: Initial Geometry)
- 43 Conical Pendulum on a Conical Surface (2 of 2: Resolving Forces)
- 44 Conical Pendulums on Various Surfaces
- 45 Banked Tracks (3 of 5: Resolving forces)
- 46 Banked Tracks (4 of 5: Concrete example)
- 47 Banked Tracks (5 of 5: Understanding lateral force)
- 48 The Leaning Cyclist (1 of 4: Introduction)
- 49 The Leaning Cyclist (2 of 4: Simplified Model)
- 50 The Leaning Cyclist (3 of 4: Torque)
- 51 The Leaning Cyclist (4 of 4: A Better Model)
