Unit FiveBy Rohan Tapiawala, Yashica Paramkusham, and Megan Tang

Properties of Logarithms

Expansion and Condensation

Exponential and Logarithmic Equationsy

Solving Exponential Equations- Like Bases

Solving Exponential Equations- Different Bases

Solving Exponential Equations- Different Bases cont.y

Solving Logarithmic Equationsyashica

Natural Log

Exponential Growth and Decay

Graphing

Arithmetic & Geometric Formulas

Applications

Applications cont.- Carbon-14 has a half life of 5730 years. Consider a sample of fossilized wood

that when alive would have contained 24g of C-14. It now contains 1.5g. How old is the sample?

- Brenda invests $4,848 in a savings account with a fixed annual interest rate of 5% compounded 2 times per year. What will the account balance be after 6 years?

Bibliographyhttp://www.shelovesmath.com/precal/sequences-and-series/

http://zhangarang.weebly.com/apply-properties-of-logarithms.html

https://www.slideshare.net/swartzje/76-solving-logarithmic-equations

http://gpschools.schoolwires.net/cms/lib05/MI01000971/Centricity/Domain/433/3.5%20D2%20WS%20Exponential%20Growth%20and%20Decay.pdf

https://www.shcsd.org/cms/lib09/PA01916229/Centricity/Domain/334/Chapter%2010%20TE.pdf