Note: If you are a legacy user of chemistry24 members, please request a new login access to the premium server with your full name and old login email via vip@rapidlearningcenter.com

Want to become a top gun in your class? How about study less yet score high? Sign up this Physics Survival Weekly to learn how. Designed specifically for students who are taking physics, this free newsletter will show you how to survive and excel in class! Weekly topics include:

How to Study Physics Effectively

How to Read Physics Textbooks Easily

How to Solve Physics Problems Systematically

How to Score High on Physics Exams Strategically

How to Master Physics Rapidly

Each week, you will receive study tips on the topics above and visual tutorial or study template to enhance your physics learning. Enter your name and email below to subscribe free:

Applications of Differentiation I-Related Rates and Extrema

Topic Review on "Title":

Definition of the minimum of f(x) on an interval: is the minimum of on an interval if for all on that interval.

Definition of the maximum of f(x) on an interval:

is the maximum of on an interval if for all on that interval.

The relative minimum and relative maximum of a function f(x):

If there is an interval over which is the minimum of on an interval if for all x on that interval, then it sis a relative minimum.

If there is an interval over which is the maximum of on an interval if for all x on that interval, then it is a relative maximum.

Critical number of a function:

Let be defined at a point, If or if is not differentiable at then is a critical number of

Extreme Value Theorem:

If a function is continuous on then over the interval there must exist at least one maximum and one minimum.

Rapid Study Kit for "Title":

Flash Movie

Flash Game

Flash Card

Core Concept Tutorial

Problem Solving Drill

Review Cheat Sheet

"Title" Tutorial Summary :

This tutorial describes application of differentiation such as related rated and extrema. By completing this tutorial you will create and analyze graphs of functions and their first derivatives. Also, examples showing the relative and absolute maxima and minima for a function are introduced with the help of examples.

Next, learning how to take derivatives implicitly is shown with the aid of example problems. Related rates problems are given with the introduction of example problems. The use of the KUDOS problem solving method is introduced to emphasize the concept of related rates and their applications. Graphs of the derivatives of functions are shown to point out the maximum and minimum values of a typical function.

Tutorial Features:

Specific Tutorial Features:

Graphic representation of derivatives.

Example problems showing related rates problems.

Implicit differentiation is shown with the use of derivatives and tangent lines.

Series Features:

Concept map showing inter-connections of new concepts in this tutorial and those previously introduced.

Definition slides introduce terms as they are needed.

Visual representation of concepts

Animated examplesâ€”worked out step by step

A concise summary is given at the conclusion of the tutorial.

"Title" Topic List:

Graphs of functions and their derivatives Going to (and Finding) Extremes Related maximum and minimum defined The definition of a critical number Finding extremes Implicit differentiation Definition of implicit differentiation Related rate problems