101 results
Higher education graphing graphic organizers
Rational Functions Graphing, Asymptotes, Holes Flip Book Foldable
This Asymptotes and Holes of Rational Functions Flip Book is an engaging way for your students to learn about and practice working with the Graphs of Rational Functions. Topics include Horizontal Asymptotes, Vertical Asymptotes, Slant Asymptotes, and Holes.This resources is an excellent supplement to AP PreCalculus Topics 1.7, I.9, and 1.10.What's included?Definitions, formulas, and examples 9 problems for your students to complete. Directions for printing and assemblingAnswer keys The Flip Book
Subjects:
Grades:
10th - 12th, Higher Education
CCSS:
Also included in:Â AP PreCalculus Unit 1 Polynomial and Rational Functions Activity Bundle
Graph Paper for Trig Functions
This changes everything! Student work becomes more consistent. Your grading will be so much easier! Using the four aligned graphs makes translations of trig functions crystal clear. This file has 2 pages of coordinate planes for graphing trig functions.The first page contains four blank graphs per page. The axes are unlabeled so that students may select their own scale.The second page has five blank graphs per page and is set up for conducting transformations on the coordinate plane.Please see
Subjects:
Grades:
10th - 12th, Higher Education, Adult Education
Slope Graphic Organizer and Guided Notes
This is a great graphic organizer to help students recall four different ways to find the slope of a linear function. These four ways include: From a graph, an equation, a table, and two given points.
The second graphic organizer helps students have a reference guide for positive, negative, zero, and undefined slope.
This graphic organizer has guided notes, multiple examples, and little tricks to help students remember positive, negative, zero, and undefined slope.
The Link-Slope Task Car
Grades:
6th - 12th, Higher Education, Adult Education
Converting between 3 forms of quadratic equations (equivalent functions) notes
Unit 3: 3.5 Converting between 3 forms of quadratic equations (equivalent functions) notes. In these scaffolded notes / graphic organizers students convert between standard, factored, and vertex form quadratic equations. The notes are broken up to show the steps on how to go from one to another. This also tells how a parabola can look like 3 different equations.Doc is editable. KEY is included in title and at the bottom of the doc. math 2 HS class. (see 3.1, 3.2, 3.3, 3.4 for previous notes!)
Subjects:
Grades:
7th - 12th, Higher Education, Adult Education
CCSS:
Also included in:Â Quadratic Forms & Characteristics Unit Notes & Homework
Coordinate Plane Graphic Organizer
This is a graphic organizer that I made for my students' interactive notebook. The students label each part of the coordinate plane and have visual clues to help them. This is a great review before moving on to graphing points, graphing lines, transformations on the coordinate plane, etc.
Grades:
5th - 12th, Higher Education, Adult Education, Staff
Polynomial End Behavior for Interactive Notebooks
An easy to use chart for determining end behavior of a polynomial. Use the sign of the leading coefficient (columns) and whether the degree is even or odd (rows) to predict what the graph will look like.
This PDF includes 4 different formats (color, grayscale, semi-blank, fully blank). Print at normal size for students to fill out or print 2 pages on one sheet of paper for extra small (but still readable) charts!
Perfect for interactive notebooks, using as bookmarks or general reference while
Subjects:
Grades:
8th - 12th, Higher Education
Compound Inequality Foldable *FREEBIE*
Compound inequality foldable for "and" and "or" inequalities. Also has graph solutions. Answer key included! ENJOY!
Subjects:
Grades:
6th - 12th, Higher Education, Adult Education
Graphical Data: Bar Charts, Dot Plots and Histograms fillable notes UPDTD
Unit 9: Data and Stats: UpdatedUpdated9.2 Graphs: bar, dot plot, histpgramStudents go over the vocabulary and define each type fo graph and what data fits for each graph. The warm up is an exploratory activity where students go on a website to search for their graph of interest and discuss the key findings. This takes around 10-15 mins and students enjoyed it! Notes are scaffolded. Includes hook video hyperlinked on the "learning objective" title. Key is included and hyperlinked as a PDF in the
Subjects:
Grades:
6th - 12th, Higher Education, Adult Education
CCSS:
Also included in:Â Unit 9: Data and Statistics Fillable Notes
Graph Paper for Trig Functions
This changes everything! Student work becomes more consistent. Your grading will be so much easier! Using the four aligned graphs makes translations of trig functions crystal clear.This file has 2 pages of coordinate planes for graphing trig functions.The first page contains four blank graphs per page. The axes are unlabeled so that students may select their own scale.The second page has five blank graphs per page and is set up for conducting transformations on the coordinate plane.Please see th
Subjects:
Grades:
Higher Education, Adult Education, Staff
CCSS:
Discrete & continuous graphs (Linearity & Continuity) scaffolded notes w/ videos
3.3 Unit 3 Linearity and Continuity Lesson, this goes over the difference between discrete and continuous graphs and also what is linear and what is non-linear. Students use two different discussions warm up by watching a video from Youtube (LINKED ON THE NOTES!) to define the vocab in their own words. Many examples are given. Then students see the algebraic breakdown of linear and non linear equations. KEY IS INCLUDED linked in the title and bottom of the page with videos. Google doc is editabl
Grades:
7th - 12th, Higher Education, Adult Education
CCSS:
Coordinate Plane Graphing Organizer - Equations, Functions, and Transformations
Such a fantastic tool for graphing and introducing the concept of transformations (shifts/slides, reflections, rotations, stretches, and shrinks). This organizer will help your students to have more consistent and organized work and allow them to experience a deeper level of understanding about the graphing process. The organizer consists of four blank (unlabeled) coordinate planes per side (double sided) for eight total graphs per page. On each graph, the X and Y axes are in bold and extend thr
Subjects:
Grades:
5th - 12th, Higher Education, Adult Education
Compositions of Transformations Fillable Notes and Homework KEY included
Compositions of Transformations Fillable Notes and Homework KEY included (13.4) students will perform and know the difference between glide reflections and nonglide reflections. Students will perform 2 different transformations such as a translation than a reflection on the translation. Notes are scaffolded and fillable with images, live link to the website, warm-up exploration task to define the other transformations, and homework or practice with the key included (highlighted in red in the tit
Grades:
7th - 12th, Higher Education, Adult Education
CCSS:
Linear Functions Notes Centers
This is a great way to make note taking fun! It also differentiated the speed of note taking and allows students to grasp the concept at their own pace while scaffolding their learning experience. Suggestions of use: Use as centers- have the students travel around to take notes. This worked great in my class and made note-taking fun. Students were also able to make the connections between graphs, tables, equations, and word problems very easily. This also benefitted the entire class because
Subjects:
Grades:
7th - 12th, Higher Education, Adult Education
Types:
Direct Variation Foldable
Direct Variation Foldable designed for an interactive notebook. I have included two sizes, a large size with one foldable for an 8.5x11 page and a small size with two foldables for an 8.5x11 page which is more reasonable for a typical class size. This foldable introduces direct variation with vocabulary, the elements of the general equation y=kx, creating a table for a direct variation equation and then graphing the equation on a coordinate plane, and identifying the constant of variation from
Subjects:
Grades:
6th - 12th, Higher Education, Adult Education
CCSS:
Linear Forms Unit fillable notes
Unit of Linear Forms fillable notes5.0 review of slope intercept form and graphing5.1 slope intercept form and finding "b"5.2 Point slope form5.3 standard formAll notes include keys that are hyperlinked as a pdf in the header and at the bottom of each doc.
Grades:
6th - 12th, Higher Education, Adult Education
CCSS:
Solve Quadratic Equations by Graphing and Factoring fillable notes
Unit 4: Solving Quadratics 4.1 solve by graph and factoring fillable/scaffolded notes. (See Unit 3 for previous lessons). Students have learned all about the characteristics of quadratics including factoring, now they solve and see what the solutions represent on the graph. Using the zero product property and seeing the x-intercepts. This google doc is editable. KEY is included in the title and bottom of the doc. Used in HS math 2.
Subjects:
Grades:
7th - 12th, Higher Education, Adult Education
CCSS:
Translations of Exponential Functions Fillable Notes horizontal/vertical shifts
Translations of Exponential Functions Day 1 Fillable Notes- broken into two lessons to understand each translation. This one focuses on vertical and horizontal shifts with KEY included. Day 2 is with key is available for purchase.
Subjects:
Grades:
7th - 12th, Higher Education, Adult Education
CCSS:
Function Notation scaffolded notes and practice
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.
Grades:
7th - 12th, Higher Education, Adult Education
CCSS:
Solve quadratics by square root, complete the square, factoring notes graph org
Solve quadratics by square root, complete the square, factoring notes graph organizer with KEY INCLUDED! Practice problems on the back that can be completed by either square rooting, completing the square or factoring. Shows what the discriminant means and how the solutions/roots/ zeroes look on the parabola. This is one of the sections of the lesson review. See Quadratic formula notes for other methods & Solve by factoring notes for more resources! Used in Math 2 HS class
Subjects:
Grades:
7th - 12th, Higher Education, Adult Education
CCSS:
Factored Form of a quadratic equation scaffolded notes and graphing
Unit 3. 3.3 Factored form of quadratic functions. Students learn how the factored form of quadratic equations gives the solutions, zeroes, x-intercepts or roots of a parabola. They use different types fo factored equations to show 1 solution, 2 solutions. Google doc is editable. Graphic organizer. Fillable notes. KEY INCLUDED linked in title and on bottom of doc. Used in HS math 2 class. See 3.1, and 3.2 for previous lessons!
Subjects:
Grades:
7th - 12th, Higher Education, Adult Education
CCSS:
Also included in:Â Quadratic Forms & Characteristics Unit Notes & Homework
Build a Brain Based Unit on War or Peace Graphs
You’ll find brain based lesson outlines here, on graphs that impact war and impact learners
HIT HERE FOR VIDEO DESCRIPTION OF THIS PRODUCT
This popular product offers extra blank forms to create your brain based lessons as well as an outline for a unit theme that teaches graphs. Learners will enjoy applying graphs to current news and personal insights about war and peace .
The Mita model used in this product has won awards in several countries for higher motivation and student achievem
Subjects:
Grades:
6th - 12th, Higher Education, Adult Education
Solve quadratic equations by the quadratic formula fillable notes
Unit 4: 4.3 Solve by Quadratic Formula (See 4.1 and 4.2 for previous notes) fillable notes / graphic organizers. This is scaffolded and includes visuals of the graphs / solutions!. First students learn about finding the discriminant only by seeing the discriminant formula and telling how many solutions the answer gives. Then they use the quadratic formula to find the actual solutions along with the number of solutions. These fillable notes are on a google doc and editable. Used in HS math 2 clas
Subjects:
Grades:
7th - 12th, Higher Education, Adult Education
CCSS:
Vertex form of a quadratic equation (translations) scaffolded notes
Unit 3: Quadratics 3.4 Vertex Form of quadratic functions scaffolded notes / graphic organizer, fillable notes for class instruction. Students find the vertex in vertex form, and visually see how vertex form is translating the parent graph based on the h and k values. The warm-up helps students ease into the lesson by slowly moving the graph piece by piece. Google doc is editable and KEY IS INCLUDED on title and linked on bottom of the doc. See the 3.1, 3.2, and 3.3 notes for previous lessons!U
Subjects:
Grades:
7th - 12th, Higher Education, Adult Education
CCSS:
Also included in:Â Quadratic Forms & Characteristics Unit Notes & Homework
Quadratics Flipbook
Students will construct a flipbook on quadratic equations and functions. Concepts included in the flipbook are simplifying radicals, the quadratic formula, converting from vertex form to standard form, graphing quadratic functions, and graphing quadratic inequalities. This is a great way for students to keep their information organized and use as a study guide. There is a blank template and an answer template. You can decide if you want students to fill in the information or construct the fl
Grades:
9th - 12th, Higher Education
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