Exponential and logarithm functions, Algebra

In this section we will look at exponential & logarithm functions.  Both of these functions are extremely important and have to be understood through anyone who is going on to later on math courses. These functions also contain applications in engineering, science and business to name a few areas. Actually, these functions can illustrate in just about any field that uses even a small degree of mathematics.

Several students find these to be difficult functions to deal with, especially logarithms.  It is possibly because they are so distinct from any of the other functions which they've looked at to this point & logarithms utilizes a notation which will be new to almost everyone in an algebra class. Though, you will determine that once you get past the notation and begin to understand some properties they actually aren't too bad.

Posted Date: 4/8/2013 3:05:29 AM | Location : United States







Related Discussions:- Exponential and logarithm functions, Assignment Help, Ask Question on Exponential and logarithm functions, Get Answer, Expert's Help, Exponential and logarithm functions Discussions

Write discussion on Exponential and logarithm functions
Your posts are moderated
Related Questions
show that -b/b-a may be properly changed to b/a-b...show steps

Ninety passenger rode in a train from city a to city b. Tickets for regular coach seats cost $116. Tickets for sleeper cars seat cost $286. The receipts for the trip totaled $18,09

Solve: 3/x+2 less tan or equal to 4


Describe the property used to convert the equation from one line to the next: 8y-(8+6y)=20

Two sessions of swimming lessons were held at a pool. In the first session 40 students attended. Of these 40 students 60% were girls. How many girls attended the first session of s

how do you factor 8y^2-23y+15

if x=7 an y=9 and the answer is 98 what is the expresson?

Properties of f( x ) = b x 1. The graph of f( x ) will always have the point (0,1).  Or put another way, f(0) = 1 in spite of of the value of b. 2. For every possible b b x

I need help with complex fractions