Home AP Calculus AB Unit 3 - Applications of the Derivative Linearization and Differentials ← Unit 3 - Applications of the Derivative 10. Linearization and Differentials Use tangent lines to create local linear approximations of functions near known values. Interpret differentials as approximations of change and use them to estimate function values.
Jump to topic: 1. Equations of Tangent and Normal Lines 2. Horizontal and Vertical Tangent Lines 3. Horizontal and Vertical Tangent Lines Implicitly 4. Using Your Graphing Calculator 5. Motion 6. Graphing the Derivative 7. Absolute and Local Extrema and the Extreme Value Theorem 8. Increasing/Decreasing Intervals, Concavity, and Extrema 9. Graphing Functions 10. Linearization and Differentials 11. Newton's Method for Approximating Roots of a Function 12. Tangent and Secant Line Approximations 13. Rolle's Theorem and the Mean Value Theorem 14. L'Hopital's Rule 15. Optimization 16. Related Rates Comprehensive Review Semester 1 Review
Lecture Video Linearization and Differentials Linearization and Differentials
More Linearization and Differentials
BatchMath