Outcomes
In this lesson you will learn
- the concept of compound interest
By the end of this section students will be able to:
- determine, describe, and apply the value for "e"
- determine and apply the derivative of a function
- extend the understanding of exponential growth and decay through multiple contexts
- analyze relations, functions, and their graphs
- use tables and graphs as tools to interpret expressions
- demonstrate an understanding for the conceptual foundations of limit, the area under a curve, the rate of change, and the slope of the tangent line, and their applications
- evaluate and apply limits
Introduction
First and foremost, you will begin this section with a review of logarithms and exponential functions. This will lead to the introduction of the number e and the function y = ex. You will then come to learn how this is related to the special logarithmic function y = ln x. Compound interest, absorption and cooling are some of the real-world applications of these concepts that will be explored.
This section of study should take approximately 5 hours to complete.
Prerequisites
To be successful in this lesson, it would be helpful to know the following:
- the relationship between exponential and logarithmic functions
- properties of logarithmic functions
- exponential functions