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🟢 13. Differentiation
- Differentiation: An Introduction
- From First Principles 1
- From First Principles 2
- How to Differentiate
- Gradients of Tangents & Normals
- Stationary Points
- Concave & Convex Curves
- Finding Turning Points: Example 1
- Finding Turning Points: Example 2
- Finding Turning Points: Example 3
- More on Function Inflections 1
- More on Function Inflections 2
- Optimisation & Differetiation
- Optimisation & Differentiation: Ex 1
- Optimisation & Differentiation: Ex 2
- Chain Rule
- Chain Rule: An Example
⚪ 1. Algebra & Equations⚪ 2. Quadratics⚪ 3. Equations & Inequalities⚪ 4. Functions & Transformations⚪ 5. Straight Lines⚪ 6. Circles⚪ 7. Algebraic Methods⚪ 8. Proofs⚪ 9. Binomial Expansions⚪ 10. Trigonometry⚪ 11. Trig Identities & Eqns⚪ 12. Vectors🟢 13. Differentiation⚪ 14. Integration⚪ 15. Logs & Exponentials🎞️ Worked Ex's: AS Pure📋 AS & A2 Appendix & Formula Sheets♻️ Change course
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