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Preview of Increasing, Decreasing, and Constant Interval Foldable

Increasing, Decreasing, and Constant Interval Foldable

Created by
Foresta Math
A fun foldable to teach or review finding intervals on which a function increases, decreases, or is constant.
Preview of Increasing, Decreasing, Positive, & Negative Interval Coloring Activity

Increasing, Decreasing, Positive, & Negative Interval Coloring Activity

Increasing, Decreasing, Positive, and Negative Intervals - Coloring Activity Help your students to understand the difference between positive, negative, increasing, and decreasing intervals. They will have a great visual representation of each interval after completing this coloring worksheet. What’s Included: Student Coloring Worksheet Complete Answer Key Skills Covered: Identifying positive and negative intervals Identifying increasing and decreasing intervals Writing intervals using
Preview of Comparing Real Numbers_DIGITAL NOTES & QUIZZES (Distance Learning)

Comparing Real Numbers_DIGITAL NOTES & QUIZZES (Distance Learning)

Product DescriptionGoogle Slides Digital Interactive Notes. The notes are everything beneficial of an interactive notebook without all the paper, glue, scissors, etc. Content:✅Students will be able to compare real numbers, including square roots, percents, fractions, decimals, and absolute value. Includes:✳Google Slides: Compare Real Numbers Digital Notes ➡Google Forms: Self Grading Quick Check Quiz 1 and 2 Teacher Edition included
Preview of Intervals of Functions (increasing, decreasing, positive, negative) Notes INB

Intervals of Functions (increasing, decreasing, positive, negative) Notes INB

Master Function Analysis: Intervals of Increase, Decrease, Positive, & Negative 📈 Help your students move beyond "guessing" with this structured, scaffolded set of Guided Notes. This resource is specifically designed to help students master the notation for intervals of increasing, decreasing, positive, and negative outputs, while reinforcing the "tried and true" domain and range. These notes are partially filled, making them an ideal solution for students with accommodations, IEPs, or fo
Preview of Characteristics of Polynomials (End Behavior & Intervals) NOTES

Characteristics of Polynomials (End Behavior & Intervals) NOTES

These notes cover finding the end behavior, intervals of increase, and intervals of decrease of polynomials. They fold in half to fit into interactive notebooks and come with the answer keys.
Preview of Analyzing Graphs of Functions

Analyzing Graphs of Functions

This is a one-page foldable when printed front and back. The right margin cuts off so that it will fit into a composition notebook for an interactive notebook. This foldable has spaces for definitions for the following concepts: Increasing Decreasing Constant Positive Negative End Behavior Absolute Maximum Relative Maximum Absolute Minimum Relative Minimum X-Intercept Y-intercept Average Rate of Change These definitions are then followed by two examples with graphs. As of right now, the key i
Preview of Key Features of Graphs of Functions - Editable Algebra Foldable

Key Features of Graphs of Functions - Editable Algebra Foldable

Created by
Lisa Davenport
This editable algebra 1 foldable organizes key features including domain, range, intercepts, intervals that are increasing/ decreasing, and relative maximum/ minimum for the following types of graphs: LinearAbsolute ValueQuadraticExponentialSquare RootPiecewisePerfect for interactive math notebooks! I use this type of assignment during whole group guided instruction, but it would also work great for intervention, small group, centers, or during a tutoring session. This download includes a print
Preview of Quadratic Functions Key Features Foldable

Quadratic Functions Key Features Foldable

Created by
Emily Lake
This foldable has sections for Rate of Change (the function is increasing/decreasing at a(n) increasing/decreasing rate), Domain and Range, End Behavior (As x goes to infinity or negative infinity, y goes to infinity or negative infinity), and Key Points (x-intercept, y-intercept, vertex, and maximum/minimum values). This foldable fits the North Carolina standard F-IF.4 for interpreting key features of graphs. An answer key is provided.
Preview of TI-84 Quick Reference Guide to Quadratic & Polynomial Functions

TI-84 Quick Reference Guide to Quadratic & Polynomial Functions

This 4-page reference guide to using a TI-84 Plus to find zeros, vertex/minima/maxima, y-intercept, and increasing or decreasing intervals for either quadratic or polynomial functions can be printed as posters, handouts, or as a half-page interactive notebook printout for students to paste into their notebooks. It can also be shared digitally. The step-by-step instructions include screen images from the TI-84 Plus CE, images of the buttons to push, and detailed written instructions with explan
Preview of Graphs of Absolute Value Functions Cheat Sheet

Graphs of Absolute Value Functions Cheat Sheet

Created by
BuyNomials
Quick notes for how to analyze graphs of absolute value functions. Includes domain, range, vertex, axis of symmetry, intervals of increase and decrease, positive and negative intervals, x and y intercepts, function notation, and transformations.
Preview of Parent Function Introduction Absolute Value Notes

Parent Function Introduction Absolute Value Notes

I am going to be trying to implement sketch notes this year. This is my first go to introduce the graph and characteristics of the absolute value function. One worksheet to define the absolute value equation, set up the table, graph the function and find the characteristics of absolute value including: x-intercepts y-intercept Domain Range Vertex Intervals of increasing Intervals of decreasing End Behavior LHS End Behavior RHS
Preview of QUADRATICS *INTERACTIVE* Drag & Drop: Distance Learning!

QUADRATICS *INTERACTIVE* Drag & Drop: Distance Learning!

Created by
U CAN MATH
This product comes with 5 Drag & Drop Digital Interactive Activities made with Google Slides. Application of Important Parts of a ParabolaIncreasing & Decreasing Standard Form MatchingVertex Form MatchingIntercept Form MatchingSince these are Google Slides, you can push this assignment/resource out through various educational platforms. I have included directions for use in Canvas that will allow each student to get their own copy and once complete you will will be able to view, comment, and sc
Preview of Graphing Radical Functions

Graphing Radical Functions

Have students practice graphing transformations to square root and cube root functions, then have them identify the turning/end point(s), end behavior, domain and range, and increasing/decreasing intervals.
Preview of Parent Graphs and Attributes Notes INB

Parent Graphs and Attributes Notes INB

With this product you get two pages of notes that cover 7 parent graphs and their attributes. The attributes include domain, range, interval of increase and decrease, and x and y intercepts. There are 7 parent functions: Linear, Quadratic, Absolute Value, Cubic, Square Root, Rational, and Exponential (not specific for base) This is great for students to fill out throughout the year or could be a great review at the end of the year when all functions are covered. Don't forget to leave feedback
Preview of Function Characteristics Foldable Notes/Reference

Function Characteristics Foldable Notes/Reference

Created by
Doing Math
Looking for notes on function characteristics? This foldable is just what you need and can easily fit into students' interactive notebooks with just two folds! Characteristics Included:Domain & Range Intervals of Increase & Decrease Intervals of Positive & Negative End Behavior Intercepts Use these notes two ways:1. Have students fill in the characteristics for the three examples and use as traditional notes/practice 2. Print the filled in version for students to use as a reference Cli
Preview of Write and Solve Linear Expressions & Equations Algebra Full Lesson Plan No Prep

Write and Solve Linear Expressions & Equations Algebra Full Lesson Plan No Prep

Created by
Curly Girl Math
Make solving multi-step linear equations meaningful and engaging with this Expressions & Equations lesson pack! Students will connect algebra to real-world contexts through guided notes, examples, and practice problems that increase in complexity. This resource scaffolds from simple one-step problems to equations with coefficients, distribution, and multiple steps. What’s Included: Lesson objectives and an “Explore” opener problem Step-by-step worked examples with clear solutions Key operati
Preview of Writing Linear Equations Word Problems INB FOLDABLE BOOK

Writing Linear Equations Word Problems INB FOLDABLE BOOK

This foldable book contains six word problems. It guides the student in writing the linear equation by having them identify the initial amount, determine whether the measured value is increasing or decreasing, and identify the rate of change.
Preview of Parent Functions Key Properties and Graphs Foldable Notes

Parent Functions Key Properties and Graphs Foldable Notes

Created by
Joan Kessler
This Parent Functions Graphic Organizer is a great way for your students to learn about or review the graphs and key properties of 16 Basic functions. Students determine domain, range, increasing and decreasing intervals, relative maximum and minimums, intercepts and more.This concise foldable will help your students organize and study and will become a "go to" reference for a long time. The trifold even includes its own envelope template for notebook storage. FUNCTIONS INCLUDE Identity f
Preview of Graphing Sine & Cosine Using Exact Values (radians)

Graphing Sine & Cosine Using Exact Values (radians)

Students use the exact values of Sine and Cosine on the Unit Circle (in radians only) to discover the curves. There are questions about domain, range, midline, max/min, period, concavity, and intervals of increasing and decreasing.
Preview of Guided Notes: Polynomial Functions (Remedial Algebra II)

Guided Notes: Polynomial Functions (Remedial Algebra II)

These guided notes are written for a remedial algebra II class. They would also be appropriate for other levels of algebra, intervention, or credit recovery. This unit covers Polynomial Vocabulary, Operations, and Basic Graph Analysis: Polynomial Vocabulary (Degree, Terms, Leading Coefficient)Polynomial Operations (Addition, Subtraction, Multiplication Review)Polynomial Long DivisionFinding Real Polynomial Zeros (From Graph, Factored Form, or Using Division Given One Factor)Features of Polynomia
Preview of Graphing Trigonometry Parent Functions - Graphic Organizers

Graphing Trigonometry Parent Functions - Graphic Organizers

Trigonometry Parent Functions - Graphic OrganizersSIX graphic organizers for the trigonometric functions: • Sine • Cosine • Tangent • Secant • Cosecant • Cotangent The graphic organizers include domain, range, continuity, symmetry, local maxima and minima, periods, asymptotes, intervals of increase and decrease, x and y intercepts, a table of important points, and a graph. Students can fill the graphic organizers in or a typed answer key version is included as well. These are great to give to st
Preview of Algebra 2 Key Features Functions Guided Notes Lesson Practice x y intercept

Algebra 2 Key Features Functions Guided Notes Lesson Practice x y intercept

Are you a High School Math Teacher looking for a set of Guided Notes for Key Features that include: hands-on Math Lab exploration, interactive discussion prompts and exit ticket? In this resource: x and y intercept/s, minimum & maximum values, increasing and decreasing intervals as well as end behavior. Students will explore multiple representations (tables, equations, and graphs) while staying challenged — no watered-down fluff here. What’s Included: Math Lab Exploration → hands-on opener t
Preview of Foldable - Graphing Quadratic Functions from Vertex Form (INB)

Foldable - Graphing Quadratic Functions from Vertex Form (INB)

Created by
Mathy Mrs J
*This product is included in the following bundles: Graphing Parabolas NO PREP Unit, and Graphing Parabolas from Vertex Form NO PREP Lesson. This foldable describes how to graph a parabola given its equation in vertex form. The students find the vertex, the y- intercept, a reflection point, and describe the domain, range, and intervals of increase and decrease. You may also like...✏️ Graphing Quadratic Functions from Vertex Form Mini Notes✏️ Graphing Quadratic Functions from Vertex Form Inves
Preview of Foldable - Graphing Quadratic Functions from Standard Form

Foldable - Graphing Quadratic Functions from Standard Form

Created by
Mathy Mrs J
*This product is included in the following bundles: Graphing Parabolas NO PREP Unit, and Graphing Parabolas from Standard Form NO PREP Lesson. This foldable describes how to graph a parabola (quadratic function) given its equation in standard form. The students find the vertex, the y- intercept, a reflection point, and describe the domain, range, and intervals of increase and decrease. Perfect for Interactive Notebooks! You may also like...✏️ Graphing Quadratic Functions from Standard Form Tas
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