27 videos in "Derivatives / Rules of Derivatives"
-
Introduction to Derivatives
-
The Derivative
-
Calculation of Derivatives
-
Derivatives of Trigonometric Functions
-
Leibniz Notation and the Chain Rule
-
Rectilinear Motion
-
Higher-Order Derivatives
-
Critical Numbers and the First Derivative Test
-
Concavity and the Second Derivative Test
-
The Power Rule
-
Derivatives Part 1
-
Derivatives Part 2
-
Derivatives Part 3
-
![[C.2] Numerical Derivative preview image](http://pi.mathvids.com/thumbs/1286-1.jpg)
[C.2] Numerical Derivative
-
![[C.3] Elasticity preview image](http://pi.mathvids.com/thumbs/1287-1.jpg)
[C.3] Elasticity
-
Derivative of a Sum-Product-Quotient-Composition
-
Sign of Derivative and Increasing or Decreasing
-
Increasing or Decreasing Derviative from Function
-
Cartesian Graphs and the Second Derivative
-
Excel Project 1 - Acceleration of Sales
-
Notations and Power Rule
-
Chain Rule
-
Derivative of Exponential
-
Max and Min
-
Elasticity Part 1
-
Elasticity Part 2
-
Elasticity Part 3 - Calculator
Increasing or Decreasing Derviative from Function
Increasing or Decreasing Derviative from Function
758 views - 00:07:52
Part of video series Rate of Change of Relationships / Functions
Check out www.themathdude.org for more videos.
(
download video
)
Given a Cartesian graph of the derivative of a function be able to determine when the function is increasing
and decreasing or has obtained an extrema.
and decreasing or has obtained an extrema.
- How can you tell whether the derivative of a function is increasing or decreasing given a function?
- Where is the maximum or minimum of the graph of the derivative of a function?
- What does the inflection point of a graph tell you about the graph of the derivative of the function?
This lesson is almost the opposite of the previous lesson. This time, you will learn how to determine whether the graph of a derivative function is increasing or decreasing during different intervals. This concept is explained very well. A logistic function is shown at the end of this lesson to drive home the idea of how the inflection point relates to the graph of the derivative function.
