| Unit Outline: |
| Course Reader: |
| The paradox of the derivative (3Blue1Brown): | |
| Derivatives... What? (mathbff): | |
| The Smoothest Ride (Vihart): | |
| The Case for Hovercars (Vihart): | |
| Derivatives and Mathematica (lyrnmath): |
| Course Reader: |
| Derivative formulas through geometry (3Blue1Brown): | |
| Visualizing the chain rule and product rule (3Blue1Brown): | |
| Derivatives of exponentials (3Blue1Brown): | |
| Derivative using log properties (Khan Academy): | |
| Derivatives... How? (mathbff) | |
| The Chain Rule... How? (mathbff): | |
| What is L'Hospital's rule? (Krista King): | |
| Mean value theorem (Khan Academy): |
| Course Reader: |
| Differentiability implies continuity (Khan Academy): |
| Course Reader: |
| Optimization - Calculus (Krista King): | |
| QQQQ |
Under construction |
| Finding Local Maximums/Minimums - Second Derivative Test (PatrickJMT): | |
| Multivariable maxima and minima (Khan Academy - Grant Sanderson): | |
| Optimization with Calculus (Khan Academy): |
| Course Reader: |
| What are differential equations? (Krista King): | |
| Differential equation introduction (Khan Academy): | |
| Solving Separable First Order Differential Equations (PatrickJMT): |