From the course: Complete Guide to Calculus Foundations for Data Science
Unlock this course with a free trial
Join today to access over 24,900 courses taught by industry experts.
Second-order derivatives
From the course: Complete Guide to Calculus Foundations for Data Science
Second-order derivatives
- [Instructor] In this chapter, you will explore more complex derivatives, including higher order derivatives and other differentiation techniques. The other differentiation techniques will include implicit and logarithmic differentiation. Let's start off by exploring higher order derivatives. In the last few chapters, you learned what a derivative is and how to calculate it. So you may be wondering, "What is a higher order derivative?" A higher order derivative is when you take the derivative of a function multiple times. So instead of just deriving a function once, you may derive that original function, then derive the result of that first derivative, and then you repeat that as many times as you need to. Let's start off with exploring second order derivatives. A second order derivative is when you take a derivative two times in succession. Essentially, it is just doing the same thing twice. This is often notated by f double prime x or f to the 2 x where the 2 has parentheses around…
Download courses and learn on the go
Watch courses on your mobile device without an internet connection. Download courses using your iOS or Android LinkedIn Learning app.
Contents
-
-
(Locked)
Methods to calculate limits2m 2s
-
(Locked)
Calculate limits using properties, part 19m 50s
-
(Locked)
Calculate limits using properties, part 28m 59s
-
(Locked)
Calculate limits using factoring7m 7s
-
(Locked)
Calculate the limits of polynomial and rational functions8m 32s
-
(Locked)
Calculate the limits of exponential and logarithmic functions5m 22s
-
(Locked)
Calculate limits using the squeeze theorem7m 41s
-
(Locked)
Calculate the limits of trigonometric functions4m 28s
-
(Locked)
When limits fail to exist5m 33s
-
(Locked)