

Implicit Differentiation: Find Slopes Without Solving for y
Learn the Chain Rule logic behind implicit differentiation, then work circle, folium, tangent-line, and vertical-tangent examples with scoreable exam steps.
Implicit differentiation lets us differentiate an equation without first isolating y. We treat y as a function of x, differentiate both sides, and apply the Chain Rule to every term involving y. 1
In this lesson, you will find dy/dx for a circle, the folium , and a trigonometric product. You will also evaluate slopes, write tangent lines, interpret a zero denominator as a possible vertical tangent, and practice the four exam-credit steps: differentiate, collect, factor, and divide. 2
References
- 1
- 2Paul's Online Notes: Implicit Differentiation
tutorial.math.lamar.edu

US Freshman Calc I
全英文美国大一 Calculus I 系列课。按主流 section 顺序推进,每集对齐一节课本 session:讲清定义与定理条件,再完整板书典型例题与易错点。
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