Implicit Differentiation, Equation of the Tangent Line. Calculus-Derivatives: Implicit Differentiation. Example 2
Description
This video explains how to find the equation of the tangent line to a curve, when that curve is defined by a function that can't be solved for y in terms of x. We'll use implicit differentiation to find the slope of the tangent line.
Runtime
7 min 23 sec
Series
Subjects
Genre
Database
Films on Demand
Direct Link
Similar Films
Time when Velocity is Minimum
Set of Points Unequally Distant from Two Points. Calculus-Polar & Parametric: Analytic Geometry
Chain Rule with Power Rule. Calculus-Derivatives: Chain Rule
Rolle's Theorem
Calculus 2 advanced tutor. Ratio and root test of series convergence
Calculus tutor. Derivatives and integrals of exponentials
Calculus tutor. Integration by trig substitution
First Derivative Test. Calculus-Applications of Derivatives: Optimization
Complex Numbers in Polar Form
Calculus tutor. Integration by substitution
Differential equations. Implicit solutions. Level I
Centroids of Plane Regions. Calculus-Applications of Integrals: Geometry
Calculus 3 tutor. Fundamental theorem of line integrals. Part 2
Polar Coordinates
Price of the Product