PreCalculus Transformations Compositions & Inverse Functions

Grade Levels
Resource Types
Product Rating
4.0
File Type
PDF (Acrobat) Document File
Be sure that you have an application to open this file type before downloading and/or purchasing.
1.67 MB   |   2 + keys pages

PRODUCT DESCRIPTION

PreCalculus/Algebra 2: Transformations, Compositions & Inverse Functions Activity

This activity is designed to help your Algebra 2 Honors and Pre-Calculus students review key concepts at the end of the unit on Functions and Graphs. There are two different practice sets. The first is transformations of functions from a graph, the second is reading composition and inverse function notation to find values given a graph.

Students often have difficulty learning to read proper notation. This exercise will help them understand and grow in their knowledge of reading mathematics correctly. All answer keys are included.

Here are two FREE ITEMS that complement this unit:
Parent Polynomial Function Behavior
Algebraic Tests for Symmetry


You may also be interested in:
Review & Assessment Bundle
Foldables Only
Smart Board Lessons Only

Be the first to hear about my new products, sales, and FREEBIES!

Click on the green star near the top of any page in my store to become a follower. This will allow you to receive customized e-mail updates about my store.

If you have any questions or comments
please contact me by email me at: jean@j-adams.com

Thanks for shopping in my store!

Total Pages
2 + keys
Answer Key
Included
Teaching Duration
50 Minutes

Average Ratings

4.0
Overall Quality:
4.0
Accuracy:
4.0
Practicality:
4.0
Thoroughness:
3.9
Creativity:
4.0
Clarity:
4.0
Total:
8 ratings
COMMENTS AND RATINGS:
Please log in to post a question.
PRODUCT QUESTIONS AND ANSWERS:
$1.50
Digital Download
ADD ONE TO CART
User Rating: 4.0/4.0
 (2,024 Followers)
$1.50
Digital Download
ADD ONE TO CART
PreCalculus Transformations Compositions & Inverse Functions
PreCalculus Transformations Compositions & Inverse Functions
PreCalculus Transformations Compositions & Inverse Functions