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Preview of SCAFFOLDED NOTES: Function Notation, Domain and Range, and Function Operations

SCAFFOLDED NOTES: Function Notation, Domain and Range, and Function Operations

Created by
Raquel Lopez
There are 4 days worth of notes (designed for a 70 minute block period) and the filled in teacher keys that are color coded to help your students learn: -How to read function notation -How to do function composition -How to find domain and range of a function -How to write domain and range in Algebraic notation of a function -identifying intervals of increasing/decreasing of a function Notes can likely be stretched to 6 days if the math class meets daily for 40-50 minutes. Enjoy and let me kn
Preview of Function Notation Anchor Chart

Function Notation Anchor Chart

Created by
Kelley Mooney
Help your students anchor their learning with this Function Notation poster! Print poster size or on half sheets for students to glue in their notebooks! Perfect for a quick reference.
Preview of Domain and Range From a Graph- Cut and Paste Activity -Using Inequality Notation

Domain and Range From a Graph- Cut and Paste Activity -Using Inequality Notation

Created by
Valerie Hall
This domain and range from a graph cut and paste activity is a quick way to have you students practice these skills on multiple types of functions (linear, quadratic, exponential, discrete). This would be great for quickly showing domain and range from multiple types or at the end of the year as a review of all the functions. Students can work together to answer the 8 problems, or individually and glue it into their journals. 4 problems finding the domain (top row)4 problems finding the range
Preview of Linear Functions - Identifying Linear Transformations from Equations Task Cards

Linear Functions - Identifying Linear Transformations from Equations Task Cards

Created by
MATH SQUARE
Linear transformations between equations. This packet contains 20 practice task cards. Student are to describe linear transformations between linear equations in slope-intercept form with check boxes and fill in the blanks and answer key is included. Notations include: y = mx + b, f(x) = mx + b, and g(x) = mx + b
Preview of Function Transformations Graphic Organizer

Function Transformations Graphic Organizer

Created by
Bullardmath123
This graphic organizer helps student visualize the effects of k on a linear, quadratic, and exponential graph. Function notation is used throughout. Students draw the general picture on top of the graph of the parent function for each type of function. I used this in conjunction with an interactive Desmos Exploration.
Preview of Linear Functions - Identifying Linear Transformations from Equations Notes

Linear Functions - Identifying Linear Transformations from Equations Notes

Created by
MATH SQUARE
This packet contains three different foldable mini booklets showing students how to find transformations between linear equations and transformations from linear parent function in f(x) notation. Transformations include: vertical and horizontal stretch/compress, vertical and horizontal shift, and reflection across x and y-axis. Booklet 1: How to find transformations between two linear equations in slope intercept form, y=mx + b. Booklet 2: How to find transformations from linear parent functi
Preview of Quadratic Transformation Rules Foldable Notes

Quadratic Transformation Rules Foldable Notes

Created by
Doing Math
The quadratic transformation rules are represented in this foldable as well as examining the parent function. The rules are written in word form and using function notation. Print front and back, fold the two sides to the middle, and then students can glue into their notebook. You may also like: Quadratic Transformations Digital Drag and Drop ActivityTerms of Use:This product should only be used by the teacher who purchased it. This product is not to be shared with other teachers. Please buy th
Preview of x & y Variables Graphic Organizer

x & y Variables Graphic Organizer

This is a graphic organizer/foldable in the shape of a t-table. The student quickly puts the foldable together with a few cuts and folds, then they cut out the 8 items (domain, range, independent variable, dependent variable, input, output and locations on the graph paper) and glue into foldable under the correct variable, x or y. If your students have trouble remembering between the x variable and the y variable (and the associated vocabulary and concepts), then this is the foldable for you.
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