Percent Increase and Decrease Quiz - Page 7
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Linear Functions / Linear Graphs
Detailed study guide with exercises, rules, methods etc for how to sketch and interpret straight line functions at senior phase level. Includes eall of the following: Fundamental understanding of the Cartesian Plane & associated terminologyProperties of graphs (discrete, continuous, min & max values, increasing & decreasing)Horizontal & Vertical linesStandard formSketching using 3 methods (Table, Dual Intercept, Gradient method)Gradient (slope) & how to determine gradient using i) a graph or i
8th - 12th, Adult Education, Higher Education
Graphing, Math
Foldable - Graphing Quadratic Functions from Standard Form
*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
9th - 12th
Algebra, Algebra 2, Graphing
CCSS
HSA-REI.D.10
Natural Selection Peppered Moth data analysis
Students will examine data from the historical peppered moth experiment and answer several analysis questions and create a graph of the data. This is a great way to reinforce the concept of natural selection as the population sizes of two Peppered moths increase and decrease as the environment changes. Three items in this download: 1) Peppered moth analysis (Word) 2) Peppered moth analysis (pdf) 3) Answer key for the peppered moth analysis (Word) Here are a few other Evolution-based lessons: Nat
6th - 12th
Biology, General Science, Graphing
Foldable - Graphing Quadratic Functions from Factored Form (INB)
*This product is included in the following bundles: Graphing Parabolas NO PREP Unit, and Graphing Parabolas from Factored Form NO PREP Lesson. This foldable describes how to graph a parabola given its equation in factored form. The students find the x- and y- intercepts, then the vertex, a reflection point, and describe the domain, range, and intervals of increase and decrease. You may also like...✏️ Graphing Quadratic Functions from Factored Form Mini Notes✏️ Graphing Quadratic Functions fro
9th - 12th
Algebra, Algebra 2, Graphing
CCSS
HSA-REI.B.4
, HSA-REI.D.10
Algebra 1 - Interpreting Graphs of Functions - Flip Book
This is a flip book designed to have students understand (and have an opportunity for color coding!) the following key values of interpreting graphs of functions: 1. x-intercept 2. y-intercept 3. line symmetry 4. positive values 5. negative values 6. increasing values 7. decreasing values 8. relative extrema: minimum and maximum Each flap can be displayed on a SMART Board or on a document camera. I highly suggest color coding each page as shown in my answer key. Please feel free to add more into
7th - 10th
Algebra, Graphing, Math Test Prep
Also included in: Algebra 1 - First Half of the School Year FOLDABLE BUNDLE
Before or After Polynomial Graphs
This resource can be used before, during, or after a lesson/unit on Polynomial Graphs and their properties. Students are given a polynomial graph (2 versions offered) and asked to find: Real zeros, total zeros, location of zerosEnd BehaviorsTurning points, local (relative) and absolute maxima/minimaIncreasing/Decreasing IntervalsWhere is the value of the function <0 or >0+/- Leading Coefficient; Odd/Even Degree
8th - 12th
Algebra, Algebra 2, Graphing
Quadratics Choice Board Review Activity Project
This quadratics math menu or choice board is a perfect assignment for students to practice their skills of the concepts taught within the unit. Students will need to: define vertex, axis of symmetry, minimum, maximum, zeros, and paraboladetermine vertex, axis of symmetry, domain, range, increasing, and decreasing given a functiondetermine the quadratic function given pointsunderstand standard form, vertex form and x-intercept formunderstand how “c” affect y=ax2create a table of value that has
7th - 12th, Higher Education
Algebra, Graphing, Math
Features of Graphs | Google Slides™ | Interpreting Functions in Real-World Conte
Bring functions to life with this interactive Google Slides™ activity focused on interpreting key features of graphs!Students are given real-world function descriptions and corresponding graphs. They must analyze the graph and choose which statement correctly represents its features, such as x-intercepts, maxima, minima, and intervals of increase or decrease. This visually engaging resource helps students connect real-world meaning to graphical representations, deepening their understandin
8th - 11th
Algebra, Algebra 2, Graphing
CCSS
HSF-IF.B.4
, HSF-IF.C.7
, HSF-IF.C.9
Graphing Derivatives Activity
Enhance your students' knowledge of graphing derivatives with this activity. Through cooperative learning, creation of graphs, and a gallery walk students will sharpen their calculus skills.
Calculus Skills Involved:
- graphing a derivative based on the graph of f(x)
- creating a sign chart
- identifying intervals of increasing and decreasing
- identifying inflection points
Enjoy!
The Math Lab
10th - 12th
Calculus, Graphing, Math
Analyzing Function Graphs Self-Checking GOOGLE Digital Activity
This Google Sheets activity is self-checking AND auto-grading! The immediate feedback students receive as they are working is sure to increase student engagement while supporting their understanding of the characteristics of graphs of functions. Students will determine whether a function is 1) discrete or continuous, 2) increasing, decreasing, both increasing and decreasing, or neither decreasing nor decreasing, and 3) linear or nonlinear. The automatic grading will save teachers so much tim
7th - 9th
Algebra, Graphing, Math
CCSS
8.F.B.5
Features of Graphs Stations (D/R, Max/Min, End Behavior, Incr/Decr, Intercepts)
Features of Function Graphs Stations — 20 Stations (Interval & Inequality Notation Options!)Give your students high-quality practice analyzing continuous function graphs with this engaging set of 20 stations. Students rotate through the room interpreting key features of each graph, including x-intercepts, y-intercepts, maximums, minimums, domain, range, increasing & decreasing intervals, and end behavior. Each station is designed to build confidence and accuracy while encouraging collaboratio
7th - 10th
Algebra, Graphing
Also included in: Features of Graphs Bundle
Advanced Curve Sketching Practice — Calculus AB/Calculus 1
Transform curve sketching from a memorized checklist into a meaningful reasoning process. This Calculus AB practice packet gives students 10 full curve-sketching problems that build conceptual understanding through progressively challenging function types — polynomial, rational, trigonometric, logarithmic, exponential, and piecewise. Each question leads students through: Domain and range reasoning Continuity and differentiability Critical points and increasing/decreasing intervals Concavi
9th - 12th, Higher Education
Calculus, Graphing
Also included in: Advanced Curve Sketching Practice & Key— Calculus AB/Calculus 1
Grade 7 Math Financial Budget Money Percent Decimal Graph Statistic Logic Review
This black-and-white printable set makes math relevant and exciting by using social media analytics scenarios. With 10 worksheets, each featuring 10 curriculum-aligned questions and a themed line-art illustration, students practice percent, decimals, graphing, and statistics through influencer challenges. What's Included:Worksheet 1: Follower Growth Chart Calculate percent increase Find averages and ratios Interpret line graphs Worksheet 2: Giveaway Budget Calculate budget percentages Solve f
7th - 10th
Financial Literacy, Graphing, Statistics
CCSS
7.SP.C.8
, 7.NS.A.1
, 7.NS.A.2
+1
Continuity and End Behavior AP Calculus Graphic Organizer
Perfect for an AP® Calculus class working on limits and discussing how functions behave in certain ways including the test for continuity and end behavior. Comes with scaffolded notes with sample copy as well as answer key and an EDITABLE version. Students will learn the different rules for discontinuity, end behavior and increasing/decreasing through this sheet of notes. This is also great for Honors Precalculus towards the end of the year. Includes an EDITABLE PowerPoint file to make th
9th - 12th
Calculus, Graphing, PreCalculus
Battleship Game: Graphing Ordered Pairs Math Game
Understanding ordered pairs is the building block to all high school math courses. By playing this game, students will learn how to identify the x & y values in an ordered pair and how to graph and label ordered pairs. They will also learn the vocabulary words: Origin, horizontal, vertical, diagonal, increasing and decreasing. There are several levels so this game can be used for differentiated learning. There is a pregame worksheet to teach the concepts needed to play the game. If you like
5th - 10th
Algebra, Graphing, Math
CCSS
HSF-LE.A.3
Features of Graphs | Boom Cards™ | Interpreting Functions and Real-World Context
Help your students interpret key features of graphs with this engaging and interactive Boom Cards™ deck! Students are given a function description and a graph that models a real-world situation. They must analyze the graph and select the statement that correctly matches a feature—such as x-intercepts, maxima, minima, or intervals of increase and decrease. This activity builds strong connections between graphical representations and real-world meaning, helping students interpret functions i
8th - 11th
Algebra, Algebra 2, Graphing
CCSS
HSF-IF.B.4
, HSF-IF.C.7
, HSF-IF.C.9
Transformation and Properties of Logarithmic Functions
Students are expected to have knowledge of transformation of points and graphs.
Given the equation of each logarithmic functions, students use transformations to graph the image curves, then identify the following properties: domain, range, x-intercept, y-intercept, intervals for which the image function is positive/negative, intervals for which the image function is increasing/decreasing, and equation of the asymptote.
There are eight questions in total.
Answer key provided in the same file.
11th - 12th, Adult Education
Graphing, Math
Characteristics of Parent Functions
This is an activity that helps students analyze the common characteristics of the parent functions covered in an Algebra II class. The parent functions include the following: constant, linear, absolute value, quadratic, square root, cubic, cube root, reciprocal, exponential and logarithmic. Students will graph the parent functions. Then students will answer questions about intercepts, increasing/decreasing behavior, end behavior, and asymptotes. Students will be able to analyze and identify
9th - 12th
Algebra 2, Graphing, Math
CCSS
HSF-IF.C.7
Graphing Quadratics 4 by 2 (4 versions of 2 problems)
Great as a bell ringer, exit slip or spaced practice. Or use all four versions as a single practice homework. Four versions of 2 problems each. Each version includes one quadratic function in vertex form and another in standard form. Students are asked to find the axis of symmetry, vertex, max/min value, domain, range, increasing and decreasing intervals, a table of values and the graph.
8th - 12th
Algebra, Algebra 2, Graphing
ExamView Question Bank Solving Systems of Equations by Graphing
This is an ExamView question bank for solving systems of two linear equations by graphing. I have been incredibly frustrated by the poorly designed graphing problems in textbooks where multiple versions of the same problem give wildly different equations. For one recent test, one version had an equation with a reasonable y-intercept of 4, and the other version had a y-intercept of 28! That is simply crazy! The systems in this question bank will provide the same challenge level and skill assessme
7th - 10th
Algebra, Graphing, Math
Algebra 2 Activities Bundle with digital updates
Supplement your algebra 2 curriculum with engaging printable and digital activities. This bundle includes all of the current algebra 2 activities in my store, along with all future additions. All updates to the bundle are free. Digital versions of activities have been built in Google Slides or Google Forms. Topics covered:Exponentials, inverses, complex numbers, domain and range, increasing and decreasing, logarithms, solving radical equations, polynomials, quadratics, composing functions, radi
9th - 12th
Algebra 2, Graphing
Polynomial Vocab Rollercoasters Task
This worksheet could be used as a starter, assignment, or extra practice. On the front side students are presented a graph that represents the height of a rollercoaster train car above the ground in feet versus time in seconds. Students will answer a series of questions that will get them thinking about minimum value, maximum value, increasing, decreasing, positive, negative, and turning points. This also emphasizes the skill of reading a graph from left to right. Once you have discussed the an
8th - 12th, Adult Education
Algebra 2, Graphing, Math
CCSS
HSF-IF.B.4
, HSF-IF.B.6
, HSF-IF.C.7
bundle of logarithm function sketching graphing
unit 7 exponential and logarithmic functions - graph , algebra 2Logarithmic Functions Graphing – Step-by-Step Sketching, Domain, Asymptotes & End Behavior (Student-Friendly Guide)This resource helps students understand and sketch logarithmic functions step by step, even at a basic or struggling level. It includes clear explanations in simple language to analyze logarithmic graphs: number of branches, increasing or decreasing behavior, inverse functions, and end behavior. Perfect for high sch
12th
Algebra 2, Graphing, PreCalculus
CCSS
HSF-LE.B.5
sketching logarithmic graphs ,logarithmic functions - graph , algebra 2
unit 7 exponential and logarithmic functions - graph , algebra 2Logarithmic Functions Graphing – Step-by-Step Sketching, Domain, Asymptotes & End Behavior (Student-Friendly Guide)This resource helps students understand and sketch logarithmic functions step by step, even at a basic or struggling level. It includes clear explanations in simple language to analyze logarithmic graphs: number of branches, increasing or decreasing behavior, inverse functions, and end behavior. Perfect for high sch
11th - 12th
Algebra 2, Graphing, PreCalculus
CCSS
HSF-IF.A.1
, HSF-IF.B.5
, HSF-IF.C.7
+2
Also included in: bundle of logarithm function sketching graphing
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