Lesson 9 of 25 • 8 upvotes • 9:51mins
We understand the concept of Differentiability at a point, and also for a function in its domain.
25 lessons • 4h 12m
Continuity and Differentiability Course Overview
7:47mins
Continuity - Introduction
11:47mins
Continuity - Solved Examples
8:38mins
Continuity of a function
10:17mins
Continuity of a function - Solved Examples
13:09mins
Continuity of a Polynomial Function
12:20mins
Algebra of Continuity
8:59mins
Continuity of Composite Functions
6:42mins
Differentiability - Introduction
9:51mins
Every Differentiable function is continuos, but the converse is not true.
8:24mins
Derivatives of Composite Functions - Solved Examples
11:38mins
Derivatives of Inverse function
8:52mins
Derivative of tan inverse x and cos inverse x.
9:03mins
Derivative of sec inverse x
9:41mins
Summary of derivative of inverse functions.
9:56mins
Exponential function
11:37mins
Inverse of exponential function : Logarithmic function
9:32mins
Logarithmic function
11:24mins
Properties of logarithmic functions
11:17mins
Derivative of e^x = e^x
9:22mins
Derivative of log x to the base e = ?
10:18mins
Logarithmic Differentiation
9:01mins
Solved Examples
8:12mins
Second order derivative
10:00mins
Rolle's Theorem & Mean Value Theorem
14:40mins