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Intro
How to Design the Perfect Shaped Wheel for Any Given Road
Intro & Review
Polygon Wheels
Elliptical Wheel
Wheels From Roads
Wheels are not gears!
How to Get a Closed Wheel
The Many Wheels for a Sinewave
The Wheel(s) for a Cycloid Road
Defining smooth rolling
What's wrong with wheels?
What Lies Between a Function and Its Derivative? | Fractional Calculus
What Gear Shape Meshes With a Square?
The Wheel for a Parabolic Road
The Topologist's Sine Curve
Sidenote about gears
When CAN'T Math Be Generalized? | The Limits of Analytic Continuation
How to design actual gears
How to Design a Wheel That Rolls Smoothly Around Any Given Shape
Is this one connected curve, or two? Bet you can't explain why...
The goal of this video
What Lies Between a Function and Its Derivative? (SoME2) | Fractional Calculus
The partner for a square
Sanity check
The partner for an ellipse
Envelopes
Evaluating the sum
Topology basics
The Dynamics of Rolling
Vertical Alignment Property
Visualizing the probability
Changing the problem slightly
The Wheel for a Sawtooth Road
The connection between ellipses and parabolas
The Concept So Much of Modern Math is Built On | Compactness
Parametrizing an orbiting gear
Computing the envelope
Example gear pairs
Evaluating another sum (the long way)
A snag
Connectedness 2.0 and the Topologist's Sine Curve
The Wheel for a Triangle Wave Road
How to do two (or more) integrals with just one
Can you change a sum by rearranging its numbers? --- The Riemann Series Theorem
A Look Ahead and a Challenge
Why Compress Integrals?
A word about generating functions
Navigating an Infinitely Dense Minefield | Why Measure Infinity?
The Perfect Road for a Square Wheel and How to Design It
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