Linear Approximation, Differentials, Tangent Line, Linearization, f(x), dy, dx - Calculus

This calculus video shows you how to find the linear approximation L(x) of a function f(x) at some point a. The linearization of f(x) is the tangent line function at f(a).

Derivative Applications - Formula Sheet: https://bit.ly/4eV6r1b

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Derivatives - Fast Review:
   • Calculus 1 - Derivatives  

Introduction to Related Rates:
   • Introduction to Related Rates  

Local Maximum & Minimum:
   • Finding Local Maximum and Minimum Val...  

Mean Value Theorem:
   • Mean Value Theorem  

Concavity & Inflection Points:
   • Concavity, Inflection Points, and Sec...  

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L'Hopital's Rule:
   • L'hopital's rule  

Curve Sketching With Derivatives:
   • Curve Sketching - Graphing Functions ...  

Newton's Method:
   • Newton's Method  

Optimization Problems:
   • Optimization Problems - Calculus  

Marginal Cost & Total Average Cost:
   • Marginal Cost and Average Total Cost  

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Marginal Revenue and Profit:
   • Marginal Cost, Marginal Revenue, and ...  

Tangent Line Approximations:
   • Finding The Linearization of a Functi...  

Differentials & Local Linearization:
   • Differentials and Derivatives - Local...  

Estimating Function Values:
   • Estimating Function Values Using Diff...  

Antiderivatives:
   • Antiderivatives  

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