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Implicit Differentiation Examples

Implicit Differentiation is an important method for differentiating functions in Calculus 1 where the y term is not by itself. I’ll show you how to apply the implicit differentiation step-by-step on polynomial, exponential (e^x), and trigonometric examples. Try to pause the video and attempt it yourself first and then watch the solution. By the end of this video, you’ll be able to tackle any implicit differentiation problem on your exams and feel confident with basic calculus techniques. Timestamps: 0:00 Problem 1 - Simple Chain Rule and Basic Calculus 3:08 Problem 2 - Slightly More Advanced Product Rule 5:30 Problem 3 - Exponential Chain Rule and Basic Trigonometry This video builds on previous lessons, and so if you are unfamiliar with any, please check them out! Chain Rule -    • Chain Rule Explained (Calculus 1)   First Order Derivatives -    • Calculus Power Rule Example: Derivative of...   Power Rule -    • How To Use The Power Rule To Find Derivati...   Product rule and Quotient rule -    • Finding Derivatives Using Product and Quot...   If this video helped, give it a like, comment, and subscribe for more practice problems!