If you are working on-line, you can click on the topic of your interest or the index file. If you want to download the entire module to work off-line, click here. While working in Scientific Notebook make sure that the "Link" toolbar is displayed to navigate between files (if not, you can go to the view menu and click on the "Link" option). Remember, all the files that you download use Scientific Notebook program (version 3.50).
1. Review of Exponentsa. Review of the Laws of Exponents.
b. Quiz on the Review Material.
a. Example of Constant Annual Percentage Reduction.3. Introduction to Exponential Functionsb. Example of Constant Percentage Increase.
c. Modeling Using Exponential Functions.
c. Exponential Function Against Linear Function Demo.
d. Quiz on this material.
4. Compound Interest c. Continuous Compounding and 'e'.a. Exponential Functions of the form ax for a >1 and 0 < a < 1.
b. Graphing of Exponential Functions of the type ax + c.
c. Graphing of Exponential Functions of the type ax+c .
d. Quiz on this material.
e. Quiz on this material.
5. Introduction to Logarithmic Functions
a. Quiz on this material.
a. Quiz on this material.
7. Solving Exponential and Logarithmic Equations
a. Quiz on this material.
8. Applications of Logarithmic and Exponential Functions
a. Quiz on this material.
Once you think you have mastered all the material in this module, you can try this quiz.
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NOTE: You will need Scientific Notebook (version 3.50) to access these files. For information on obtaining Scientific Notebook program click here: http://www.mackichan.com/snbk/download/orderblk.htm
Go back to UW Colleges Math Department , Paul Martin's home page or to My home page.
Last updated by Shubhangi Stalder on September 02, 2002