EXPONENTIAL FUNCTION EQUATION AND INEQUALITY Paul Jorel R

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EXPONENTIAL FUNCTION, EQUATION AND INEQUALITY Paul Jorel R. Santos http: //www. pauljorelsantos. weebly. com

EXPONENTIAL FUNCTION, EQUATION AND INEQUALITY Paul Jorel R. Santos http: //www. pauljorelsantos. weebly. com

Laws of Exponents •

Laws of Exponents •

Definition 1 •

Definition 1 •

Prime Factorization

Prime Factorization

Example 1 • Given Prime Factorization 7 th property of E. F. Algebraic Manipulation

Example 1 • Given Prime Factorization 7 th property of E. F. Algebraic Manipulation (A. P. E. and M. P. E. )

Example 2 • Given Prime Factorization Laws of Exponent Property of E. F. Algebraic

Example 2 • Given Prime Factorization Laws of Exponent Property of E. F. Algebraic Manipulation (A. P. E. and M. P. E. )

Example 3 •

Example 3 •

Example 4 •

Example 4 •

Doubling Time Growth Model •

Doubling Time Growth Model •

Example The bacterium Escherichia coli (E. coli) is found naturally in the intestines of

Example The bacterium Escherichia coli (E. coli) is found naturally in the intestines of many mammals. In a particular laboratory experiment, the doubling time for E. coli is found to be 30 minutes. If the experiment starts with a population of 1, 000 E. coli and there is no change in the doubling time, how many bacteria will be present: (a) in 15 minutes? (b) in 4 hours?

Solution •

Solution •

Solution •

Solution •

Half-life Decay Model •

Half-life Decay Model •

Example A radioactive isotope was discovered. Its half life is 1. 23 years. If

Example A radioactive isotope was discovered. Its half life is 1. 23 years. If the sample starts at 45 grams, how much will be left (a) in 10 months? (b) in 7. 6 years?

 • Solution

• Solution

 • Solution

• Solution

Compound Interest •

Compound Interest •

Example •

Example •

Example •

Example •

Example •

Example •

Definition 2 •

Definition 2 •

Continuously Compound Interest •

Continuously Compound Interest •

Example •

Example •

Example •

Example •

Solve each equation.

Solve each equation.

Solve each inequality •

Solve each inequality •