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Preview of PIXEL ART: Evaluate Functions from Graphs using Function Notation

PIXEL ART: Evaluate Functions from Graphs using Function Notation

This ❤ Digital Interactive Activity ❤ is an engaging practice of working with “Function Notation" . This products has a total of 12 questions assessing the ability to work with Definition of Functions. This activity is great for DIFFERENTIATION.This activity is self-checking. At the end of the activity, students would have formed a picture. Correct pixel art image implies finding the correct answers. Year after year, my students always enjoy working with "Pixel Art“ activities. They
Preview of PIXEL ART: Evaluate Quadratic Functions using Function Notation

PIXEL ART: Evaluate Quadratic Functions using Function Notation

This ❤ Digital Interactive Activity ❤ is an engaging practice of working with “Function Notation" . This products has a total of 12 questions assessing the ability to work with Quadratic Functions. This activity is great for DIFFERENTIATION.This activity is self-checking. At the end of the activity, students would have formed a picture. Correct pixel art image implies finding the correct answers. Year after year, my students always enjoy working with "Pixel Art“ activities. They app
Preview of PIXEL ART: Evaluate Linear Functions using Function Notation

PIXEL ART: Evaluate Linear Functions using Function Notation

This ❤ Digital Interactive Activity ❤ is an engaging practice of working with “Function Notation" . This products has a total of 12 questions assessing the ability to work with Linear Functions. This activity is great for DIFFERENTIATION.This activity is self-checking. At the end of the activity, students would have formed a picture. Correct pixel art image implies finding the correct answers. Year after year, my students always enjoy working with "Pixel Art“ activities. They apprec
Preview of Function Notation (Equations/Tables/Graphs, Find either x or f(x)) Google Slides

Function Notation (Equations/Tables/Graphs, Find either x or f(x)) Google Slides

Master Function Notation!Interactive Google Slides Drag-and-DropSave prep time while giving students meaningful practice with function notation! Students will apply function notation across multiple representations, including equations, tables, and graphs, while receiving instant feedback to check their work and build accuracy. 🎯 SkillsStudents will demonstrate the following skills while applying knowledge of function notation: Evaluate f(x) for a given x using an equation (linear or quadrati
Preview of Function Notation scaffolded notes and practice

Function Notation scaffolded notes and practice

Created by
Math be Mathing
3.2 Unit 3 Relations/ Functions, this is the second lesson on function notation. Plugging in the value of x into a function to solve for the output of y. Includes a review warm-up of what a function is and is not in terms of a table, graph, and mapping. Includes word problems and fillable steps to solving with algebra. Used in Math 1 HS class. KEY IS INCLUDED in the title and at the bottom of the next page. Linked. THis google doc is editable to your liking and titles.
Preview of Auto-Graded Quiz: Definition of Function Notation

Auto-Graded Quiz: Definition of Function Notation

Created by
Del Rio
What it is:I.S. = Instructional SupportFormative Assessment on the definition of function notation6 questionsTips on Use:Assign it to students to get QUICK data.Use this data to adjust your instruction.PRO Tip:Use this in conjunction with my product called "Algebra 1 Intervention Packet"Download the other I.S. Auto-graded quizzes for a full, comprehensive interventional support system!
Preview of Parent Functions Lesson Unit 1 Precalculus

Parent Functions Lesson Unit 1 Precalculus

⭐⭐ This  Precalculus Honors lesson provides you with a  customizable and  fully-editable resource of guided student notes, practice set and daily lesson quiz that cover the topics for  Parent Functions. Your students will graph and analyze 18 functions for characteristics such as domain, range, intercepts, discontinuity, asymptotes, use limit notation for end-behavior. ⭐⭐ ✅ Lesson 1.5 Piecewise Functions is a two-day lesson with an emphasis on the learning objectives: ★ Recognize 20 basic pare
Preview of EMOJI - Intervals of Increase & Decrease of Polynomial Functions

EMOJI - Intervals of Increase & Decrease of Polynomial Functions

✐ This product is a NO PREP - SELF CHECKING activity that engage students in "Identifying the Intervals of Increase & Decrease of Polynomial Functions". Students will work with 12 Questions where students have to use a "Graphing Calculator" to graph the given polynomial function and determine the intervals of Increase & Decrease of the function. This EMOJI requires students to have a mastery of:☑ Using Graphing Calculators and be able to find the "Relative Maximum" or "Relative Minimum" of
Preview of Use with Google Forms: Continuous Domain & Range of Relations & Functions

Use with Google Forms: Continuous Domain & Range of Relations & Functions

✐ This 10 questions (ALL MULTIPLE CHOICE - SELECT THAT ALL APPLY) product is a NO PREP & SELF GRADING 100% EDITABLE (Except for the images) activity that will assess students in understanding Continuous Domain & Range of Relations & Determining if a relation is a Function or Not.Students will need to Identify the Domain & Range of Relations. Both the domain and range are of a "Continuous" format and is written using Interval Notations. Students would need to use the " Vertical Line Test"
Preview of Use with Google Form: Transformation of Quadratic Function (Vertex Form) Quiz/HW

Use with Google Form: Transformation of Quadratic Function (Vertex Form) Quiz/HW

Unit 4: Quadratic Functions & EquationsLesson 1: Quadratic Functions Transformation: Algebra 2 Curriculum✐ This 12 questions - (MULTIPLE CHOICE, SELECT ALL THAT APPLY, AND MATCH - Quiz is worth 20 points) product is a NO PREP & SELF GRADING 100% EDITABLE (EXCEPT FOR THE IMAGES) activity that will assess students understanding in how to work with Transformation of Quadratic Functions.In this activity, students are asked to work with these models:☑ Match a graph to its notation (written in vert
Preview of Use with Google Form: Polynomial Functions Quiz/HW

Use with Google Form: Polynomial Functions Quiz/HW

Unit 5: Polynomials and Polynomial FunctionsLesson 1: Polynomial Functions✐ This 19 questions - (24 points in total) product is a NO PREP & SELF GRADING 100% EDITABLE (EXCEPT FOR THE IMAGES) activity that will assess students understanding in how to work with Polynomial Functions. This activity is available in 3 versions based on the notation used for end behavior.In this activity, students are asked to work with these models:☑ Identify whether a given expression is a Polynomial or Not ☑ Cla
Preview of 208 Inverse Trig Function Derivatives - Calculus PowerPoint & Google Form

208 Inverse Trig Function Derivatives - Calculus PowerPoint & Google Form

Created by
Locus Focus
This PowerPoint™ presentation lesson about the derivative of inverse trig function functions has 5 examples (each with a You-Try) and 10 homework problems that can be given to your calculus students as a worksheet or as a self-grading google form. The lesson begins with the derivation of the derivatives of inverse sine, cosine, and tangent only. Inverse cotangent is used in the lesson, but inverse secant and cosecant are not. Example #1 is a derivative at a point, example #2 uses the limit defin
Preview of EMOJI - Intervals of Increase & Decrease of Polynomial Fxns (Google & Hard Copy)

EMOJI - Intervals of Increase & Decrease of Polynomial Fxns (Google & Hard Copy)

Check out: How to Color an Emoji Digitally? Right HEREThis EMOJI Activity is part of:☑ Google Drive Activity Bundle: ALGEBRA I, ALGEBRA II, & GEOMETRYThis ❤ Google Interactive Activity ❤ is an engaging practice of "Identifying the Intervals of Increase & Decrease of Polynomial Functions". This is a BLENDED Activity where a hard copy (which is sold separately at my store here) of the activity is also included. In this activity, students is asked to:☑ Use a Graphing Calculator (or Graphing
Preview of FREEBIE END BEHAVIOR - (1 Activity) Google Interactive

FREEBIE END BEHAVIOR - (1 Activity) Google Interactive

Check out the full product of 8 Activities right hereThis ❤ Google Interactive Activity ❤ is an engaging practice of describing the End Behavior of polynomial functions. In this product there is 1 Activity provided. Students are asked to: 1. ☑ Activity 1: Match a graph with an odd or even degree (14 graphs)In addition to Activity 1, the Full Product includes these 7 Activities: 2. ☑ Activity 2: Match a graph with a positive or negative leading coefficient (14 graphs)3. ☑ Activity 3:
Preview of Use with Google Forms: End Behavior of Polynomial Functions (3 versions)

Use with Google Forms: End Behavior of Polynomial Functions (3 versions)

✐ This 10 questions product is a NO PREP & SELF GRADING 100% EDITABLE (Except for the images) activity that will assess students in understanding how to describe the "End Behavior of Polynomial Functions" using " Arrow Notations" OR " UP & DOWN" OR " RISE & FALL". In this VERSION 1 activity, students are asked to use the arrow notations to describe end behavior:☑ f(x) → +∞, as x → −∞ ☑ f(x) → +∞, as x → +∞ ☑ f(x) → −∞, as x → −∞ ☑ f(x) → −∞, as x → +∞ In this VERSION 2 activity, stud
Preview of Jigsaw Puzzle: Evaluate Functions DISTANCE LEARNING

Jigsaw Puzzle: Evaluate Functions DISTANCE LEARNING

Check out: How to work with JIGSAW PUZZLES Digitally Right HEREThis ❤ Digital Interactive Activity ❤ is an engaging practice of working with “Evaluating Functions" . This is a BLENDED Activity as a HARD COPY of the activity is included in this product. This products has a total of 16 questions assessing the ability to work with different function notations. This activity is great for DIFFERENTIATION.This activity is self-checking. At the end of the activity, students would have formed a
Preview of Geometric Rotations Google Slides Lesson Distance Learning Remote Guided Notes

Geometric Rotations Google Slides Lesson Distance Learning Remote Guided Notes

Created by
Mathberry Lane
This lesson teaches students about the geometric transformation of rotations. This resource may be used in the classroom or for distance learning as students can check their answers as they learn. Learning Targets:•Rotate a preimage about a point, given a center and degree measure. •Find the center of rotation and degree measure. •Use function notation to describe a rotation. Materials: device with internet, google account, straightedge, compass, paper, protractor In this lesson, students wil
Preview of Geometric Reflections Google Slides Lesson Plan Guided Notes Digital

Geometric Reflections Google Slides Lesson Plan Guided Notes Digital

Created by
Mathberry Lane
This digital lesson teaches students about the geometric transformation of reflections. This resource may be used in the classroom or for distance learning. A lesson with try it yourself problems followed by a practice assignment. Learning Targets:•Reflect a preimage over a line of reflection. •Find the line of reflection when given a preimage and its image. •Use function notation to describe a reflection. Materials: device with internet, google account, straightedge, compass, paper, patty pa
Preview of Integration Guided Notes (Unit 6 AP Calculus AB)

Integration Guided Notes (Unit 6 AP Calculus AB)

⭐⭐ This  AP Calculus Unit 6 Guided Notes Bundle provides you with a  customizable and  fully-editable resource of guided notes that cover the topics for  Integration-The Accumulation of Change.⭐⭐ The unit covers all 10 topics stated in the College Board Course Framework (CED) divided into 8 lessons. ✅  Learning Objectives Include: Approximating Area With Riemann Sums (5 pages) Sigma Notation and Riemann Sums (6 pages) Accumulation Functions (5 pages) Properties of Definite Integrals (5 page
Preview of Integration Guided Notes (Unit 6 AP Calculus BC)

Integration Guided Notes (Unit 6 AP Calculus BC)

⭐⭐ This  AP Calculus Unit 6-BC Guided Notes Bundle provides you with a  customizable and  fully-editable resource of guided notes that cover the topics for  Integration-The Accumulation of Change.⭐⭐ The unit covers all 14 topics stated in the College Board Course Framework (CED) divided into 11 lessons. ✅  Learning Objectives Include: Approximating Area With Riemann Sums (5 pages) Sigma Notation and Riemann Sums (6 pages) Accumulation Functions (5 pages) Properties of Definite Integrals (5
Preview of AP Calculus Summer Homework

AP Calculus Summer Homework

AP Calculus AB and BC students are expected to comprehend various math concepts well from day one of the course. To facilitate this process, please consider downloading this packet. The topics range from Algebra 1 to Pre-Calculus and vary in difficulty. The following topics are covered in this assignment: Slope, Point-Slope Form, Slope-Intercept FormParallel and Perpendicular LinesFunction Notation and CompositionFactoring Quadratics and CubicsLong and Synthetic DivisionRadicals and Rational Exp
Preview of Analyzing Rational Functions Lesson Unit 2 Precalculus

Analyzing Rational Functions Lesson Unit 2 Precalculus

⭐⭐ This  Precalculus Honors lesson provides you with a  customizable and  fully-editable resource of guided student notes, practice set and daily lesson quiz that cover the topics for  Analyzing Rational Functions. Your students will analyze rational functions and solve applications of rational functions. ⭐⭐ ✅ Lesson 2.7 Analyzing Rational Functions is a two-day lesson with an emphasis on the learning objectives: ★ Analyze rational functions completely, including using limit notation to describ
Preview of Use with Google Forms: Combining Functions & Composition Quiz or Homework

Use with Google Forms: Combining Functions & Composition Quiz or Homework

✐ This 12 questions (12 Multiple Choice Questions) product is a NO PREP & SELF GRADING 100% EDITABLE (EXCEPT FOR THE IMAGES) activity that will assess students understanding in how to work with Combining Functions including Composition.In this activity, students are asked to work with these models:☑ Add Functions ☑ Subtract Functions ☑ Multiply Functions ☑ Divide Functions, and ☑ Compose Functions Students need to feel comfortable with:☑ Function Notation (IS A MUST) ☑ Combining Two Polynomia
Preview of Geometric Translations Google Slides Lesson Geometry Rigid Motions Guided Notes

Geometric Translations Google Slides Lesson Geometry Rigid Motions Guided Notes

Created by
Mathberry Lane
This lesson teaches students about the geometric rigid motion transformation of translations. This resource may be used in the classroom or for distance learning as students can check their answers as they learn. Guided notes with answer answer key pages are include in this google slides activity. Learning Targets:•Translate a preimage onto its image given a vector •Find the vector given a preimage and image. •Use function notation to describe a translation. Materials: device with internet, g
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