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Preview of Middle and High School Algebra Parabola Self-Portraits

Middle and High School Algebra Parabola Self-Portraits

Created by
Gina B
Middle and High School Algebra Parabola Self-PortraitsGrades 6 - 12 This creative activity is intended to introduce students to quadratic equations. It is not necessary that they know how to graph them, or any of the terminology. Of course, an obvious extension would be to introduce the vocabulary: domain, range, maxima, minima, intervals of increase/decrease, vertex, point, reflection point, theaxis of symmetry, zeros, y-intercept.  Creating EquationsReasoning with Equations and InequalitiesInt
Preview of Graphs, Equations, and Characteristics of Quadratic Functions - cut and paste

Graphs, Equations, and Characteristics of Quadratic Functions - cut and paste

In this activity, students will match graphs, equations in standard form and vertex form and characteristics (transformations, vertex, axis of symmetry, y-int, x-int, extrema, range, positive/negative, increasing/decreasing). Characteristics are provided in both inequality notation and interval notation. Answer sheet for students to glue their answers are included. There is a total of 6 quadratic functions included.
Preview of Using Graphs to Relate Quantities Project

Using Graphs to Relate Quantities Project

This is a project in which students are given four graphs with a combination of increasing, decreasing, and constant lines. They choose the variables on the x- and y-axes and then create a story that matches the variables and the graph. It can easily be differentiated by choosing certain graph(s) for each student to work on. You could also choose the variables for your students to relate to each other. It is fun and engaging project. Please feel free to contact me if you would like an editable v
Preview of TPC Algebra 2 - 2024 FRQ 4 - Bounded Region

TPC Algebra 2 - 2024 FRQ 4 - Bounded Region

Created by
Tech Know Math
This Algebra 2 free response question is inspired by the 2024 AP® Calculus AB released Free Response Question 4.The question contains 4 parts and includes these concepts Evaluating a piecewise functionWriting linear, quadratic equationsanalyzing functions: increasing, decreasing, concavityaccumulationThere is a 9 point rubric included with detailed explanations. This problem could be used for a variety of purposes: Performance task for an advanced Algebra 2 or Pre-Calculus courseRich task for
Preview of Properties of Functions and Function Library

Properties of Functions and Function Library

This is an intense 28 page packet that covers topics and examples for the basics of functions domain and range continuity intervals of increase and decrease extrema symmetry asymptotes x and y intercepts end behavior and then the following function families linear quadratic cubic square root cube root absolute value reciprocal exponential logs sine cosine greatest integer all functions have a place for a sketch, table of values, function behavior (inc/dec/constant), end behavior, symmetry, domai
Preview of Function Project with Key

Function Project with Key

Created by
Lesli Poynter
Student project rubric and key for quadratic, square root, cubic, and cube root functions. Students present their function to the class with a table, graph, transformations, increasing and decreasing intervals, intercepts, secant line, distance, and inverse function.
Preview of Winter Desmos Graphing Activity

Winter Desmos Graphing Activity

In this activity, students will use the graphing calculator features of Desmos.com to construct a festive snowman or snow lady! It is a great review of their graphing skills and an excellent technology application. They will use equations of circles to construct the body, eyes, and buttons. A parabolic equation will be used for the mouth. They will use horizontal lines, vertical lines, and slope-intercept form lines to make the hat, arms, and nose. They will use inequalities to shade polygon
Preview of Polynomial Roller Coaster Project

Polynomial Roller Coaster Project

In this project, students will create their own Polynomial Function that models a real-life rollercoaster. Concepts included in the project are graphing polynomials, synthetic and long division, polynomial theorems, end behavior, increasing/decreasing intervals, turning points, and more. This is ideally for an Algebra 2 class.
Preview of GRAPHING FUNCTIONS BOOKLET PROJECT: Characteristics of Graphs (Days 14-15)

GRAPHING FUNCTIONS BOOKLET PROJECT: Characteristics of Graphs (Days 14-15)

With this Graphing Functions Booklet Project, students will be assessed on how to graph linear, quadratic, cubic, absolute value, square root, and exponential functions. They will identify Shifts, Domain, Range, Symmetry, Zeros, X-Intercepts, Y-Intercepts, Increasing Intervals, Decreasing Intervals, Maximum Value, and Minimum Value. Students will also identify similarities and differences within the project and then turn their pages into a booklet with a cover page. With the help of the ans
Preview of Function Graphs Analysis: Brining It All Together (Interval Notation)

Function Graphs Analysis: Brining It All Together (Interval Notation)

Help your students make powerful connections between domain, range, end behavior, and the characteristics of function graphs with this engaging and flexible mini-project! This activity is the perfect bridge between foundational graphing concepts and deeper function analysis. Students will analyze multiple function graphs (linear, quadratic, cubic, piecewise and absolute value), complete an organized chart, and respond to higher-order thinking questions that promote reflection and synthesis. Wh
Preview of Quadratic Function Project - Outer Space Themed - Science Based Mathematics

Quadratic Function Project - Outer Space Themed - Science Based Mathematics

Created by
Math Byrd
This differentiated outer space themed project covers quadratic functions and is the perfect way to incorporate science into mathematics. This project can be used as an individual assignment, or used as a small group collaborative activity. The project has 4 parts: 1) Gravity on Earth, Mars, and the Moon 2) The Speed of Sound 3) A Meteorite Strikes! 4) Passing Star Demolished by a Black Hole Skills Used: -Graph Quadratics -Solve Quadratics by Factoring, by using the Quadratic Formula, and by ta
Preview of Polynomial Rollercoaster Project – Real-World Algebra 2 & Pre-Calculus Activity

Polynomial Rollercoaster Project – Real-World Algebra 2 & Pre-Calculus Activity

Created by
Math Unbounded
Give your Algebra 2 or Pre-Calculus students a memorable and hands-on way to explore polynomial functions with this high-interest Rollercoaster Design Application Project! Students will create a piecewise polynomial function that models a rollercoaster path—complete with ups, downs, steep drops, and thrilling loops—then bring it to life with a graph, sketch, and written analysis in this engaging performance task. Bring polynomial functions to life with this engaging Rollercoaster Design Proj
Preview of Polynomial Roller Coaster Project

Polynomial Roller Coaster Project

This project can be used in an Algebra 2 or Pre-Calculus (CP or Honors) class. This project uses students creativity along with their knowledge of analyzing polynomial graphs to create a polynomial roller coaster. The Math: Students will create the equation in factored form (this is to ensure that have the correct number of zeros). Students will then rewrite the equation in standard form (for honors I have had them multiply the polynomial by hand & for CP I have had students use an online
Preview of Area and Perimeter Scavenger Hunt Review Activity and Quiz for Geometry

Area and Perimeter Scavenger Hunt Review Activity and Quiz for Geometry

Are your students remote learning for the day? Do you want an activity that is No Prep and isn't just a normal worksheet? Using Google Forms, students will get immediate feedback on their skills involving area and perimeter of shapes that include some trigonometry and radicals for solutions. Students will go on a scavenger hunt to search for different objects that are certain shapes and then determine the area and perimeter of those objects. Includes a Google Slide version that is editabl
Preview of Slope Poster (slope, slope-intercept form, point-slope form & graphing)

Slope Poster (slope, slope-intercept form, point-slope form & graphing)

Created by
Christina White
Slope Poster (slope, converting to slope-intercept form, point-slope form and graphing equations) The students are given two ordered pairs, and must write the slope formula in addition to finding and simplifying the slope. After that they need to put the information into point-slope form, and then convert that to slope intercept by distributing and combining like terms. The final step is to graph the line using any of the equations they want to. There is a rubric attached to score it out of 30
Preview of Quadratic Modeling Word Problem & Graph Task | Revenue & Profit | Algebra I & II

Quadratic Modeling Word Problem & Graph Task | Revenue & Profit | Algebra I & II

Created by
Variable Vault
This 37-page differentiated multi-day quadratic modeling lab engages students in building a quadratic function from the product of two linear relationships. Students model revenue (and profit at advanced levels), determine maximum values, interpret intercepts, and evaluate reasonableness within context. Rather than simply solving a quadratic, students construct — developing deep structural understanding of why multiplying two linear functions produces a quadratic model. 3 Differentiated Levels
Preview of High School Math Financial Literacy Project Based Learning PBL Buy and Finance

High School Math Financial Literacy Project Based Learning PBL Buy and Finance

Project Based Learning for High School Math and Financial Literacy Class.  Critical thinking, real world problem solving, real life topics.  Great for hands-on independent or group work.   High School students are motivated to learn math and financial literacy when the topic is driving a car! This real life project based learning product covers two aspects of becoming a car owner. Many schools are encouraging PBL as a way to increase student engagement. An additional resource Buy Your First C
Preview of Piecewise functions and lines

Piecewise functions and lines

This is an algebra extension. The nice thing about this project is that it scales nicely with increasing algebra knowledge. If you students only know basic lines then they can just use those. If they know their quadratics then they can get more complicated curves and shapes. I broke this project into two parts for my students. In the first part they did a relatively short version of this just to figure things out a bit. Once they've written all their information onto paper I have them put
Preview of Cryptography and Matrices

Cryptography and Matrices

Doing cryptography with matrices is always fun! I used this as a quiz -- students had to decode the message "Once upon a time in a far away land..." and then for extra credit they get to finish the sentence. I got some really fun endings and students were excited when they decoded the message correctly. I've attached my work to show how I originally encoded the matrix. This could easily be modified to be turned into a project or another activity.
Preview of Hybrid v. Gas Car Real-World Linear Systems Project

Hybrid v. Gas Car Real-World Linear Systems Project

Created by
Pattern Finders
Students will research comparable gas and hybrid cars and current gas prices and then write a linear system of equations. They will state their slope and y-intercept and what they mean in context. Students will solve the systems algebraically and find the point where the two cars are equal in price. Students will write paragraph arguing which car they would purchase They will also recalculate their equations and intersection point with the assumption that the gas prices increase by $1 per gallon
Preview of Regression Project

Regression Project

Created by
Emily Harding
An algebra project with linear, quadratic, and exponential regressions and a quiz. This is a multi-day project that will connect the real world to linear, quadratic, and exponential functions. It is ideally taught after students have learned how to find regressions using a graphing calculator. It is an interactive and fun way to integrate technology in the classroom and have hands-on learning with student collaboration!
Preview of Creative Algebra 2 / Pre-Calculus Curriculum Guided Notes | Activities | Project

Creative Algebra 2 / Pre-Calculus Curriculum Guided Notes | Activities | Project

284+ of my best-selling Algebra 2 and Pre-Calculus notes, worksheets, activities, and projects all in an organized, money-saving bundle! This includes over 3,800 pages of content. These engaging, student/teacher-approved math projects provide rigor, relevance, and cross-curricular content. Download the preview to see the entire product list!Included in this Algebra 2/Pre-Calculus Curriculum are all of my Algebra 2/Pre-Calculus CSI, Boot Camps, Adventures, Whodunnits, Person Puzzles, Mathletes,
Preview of Recycling in Gilbert, AZ

Recycling in Gilbert, AZ

Created by
Scott Adamson
The Town of Gilbert, since 2002, has seen increases in revenue generated from its recycling program. With an increase in population, Gilbert has also seen an increase in the amount of recyclables collected. Furthermore, a recent newspaper article indicated that Gilbert has gone from getting $5 per ton to $42 per ton for recyclables. Recent data showing the amount of revenue generated and the amount of recyclables collected are shown in the table below. Students use the data to create mathematic
Preview of Modeling with Quadratics: Water Wars Performance Task (Version 1)

Modeling with Quadratics: Water Wars Performance Task (Version 1)

Students will complete a Performance Task that involves modeling with quadratic functions and their graphs in order to answer questions about the path of a water balloon that is thrown at an unsuspecting math teacher!! In this version, the equation is provided in vertex form. Students will determine the balloon's initial height, maximum height, time it takes to hit the ground, and the time interval during which the balloon's height is decreasing. Then, they will determine an appropriate do
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