Unit 1: Functions and Modeling
Click here to access the Unit 1 Pre-Assessment for MS. BURDEN.
Click here to access the Unit 1 Pre-Assessment for MR. JONES.
Click here to access the Unit 1 Pre-Assessment for MR. JONES.

Factoring (All Methods) |

Higher Order Factoring |
Factoring Stations and Keys:
![]()
|
![]()
|
![]()
|
![]()
|
![]()
|

Synthetic Division Diagram |

Synthetic Division and Rational Root Theorem |

Applications of Polynomials |

Intro to Optimization |

Optimization |

Optimization Group Problems |

Properties of Exponents and Logarithms |

properties_of_logarithms_pdf.pdf |

Graphing Exponential and Logarithmic Functions |
Graphing Exponentials Example Problems
Graphing Logs Example Problems
Solving Exponential and Logarithmic Functions Notes
Graphing Logs Example Problems
Solving Exponential and Logarithmic Functions Notes

Solving Exponential Functions using Logs |

Solving with U-Substitution |

Classwork/Notes: U-Sub |
Applications of Exponential and Logarithm Functions
Go to www.sascurriculumpathways.com and login with the username "pchsstudent". There is no password. The lesson code is 5064. This lesson includes notes, practice, and a "quiz" for you to do at your own pace.
Don't forget we also wrote down the equation for compounded continuously!
A=Pe^(rt)
***(rt) is all in the exponent.
A is the final amount, P is the principle amount, r is the rate, and t is the time.
Go to www.sascurriculumpathways.com and login with the username "pchsstudent". There is no password. The lesson code is 5064. This lesson includes notes, practice, and a "quiz" for you to do at your own pace.
Don't forget we also wrote down the equation for compounded continuously!
A=Pe^(rt)
***(rt) is all in the exponent.
A is the final amount, P is the principle amount, r is the rate, and t is the time.
![]()
|
![]()
|
![]()
|