Mathematical Anarchy

This activity uses real world ADA regulations to model linear functions and explore equations of parallel lines. The activity involves multiple representations and is appropriate for a variety of grade levels and topics.

This activity is a set of task cards for comparing linear and exponential relationships. Students work through the first 3 cards and after they have an answer, the Game Changer card is given, and it changes the situation and requires a new answer.

This activity involves using two non-initial values to model linear growth. Great for exploring constant rate of change, equations of lines, including slope intercept and two-point form.

This document includes two foldables for use with any unit on functions. Foldable 1: Basics of Functions includes independent variables, dependent variables, evaluating functions, and interpreting values in context. Foldable 2: More With Functions includes domain, range, rate of change, and initial value of a function. This product was developed from the ground up and copyrighted by Mathematical Anarchy, LLC to be used in courses ranging from Pre-Algebra to Precalculus which are aligned with

This lesson is involves both multiplication and division involving negative numbers. There is also an introduction to grouped multiplication/division which provides a bridge to the next lesson on exponents. The examples contain both abstract and real world contextual problems including both integers and decimals This product includes: - a lesson designed in SmartNotebook for use with SmartBoard - an exported version in Microsoft Power Point - the completed lesson as a PDF - Student note taker i

This document includes two foldables for use with any unit on linear functions or as quick reference for any course that deals with linear functions. Foldable 1: Linear Functions includes topics of linear functions, rate of change, initial value, and linear models. Foldable 2: Equations of lines includes topics of slope, y-intercept, slope-intercept form of a line, and point-slope form of a line. This product was developed from the ground up and copyrighted by Mathematical Anarchy, LLC to be

This lesson is a review of the basic operations of addition, subtraction, multiplication, and long division. It also includes the idea of grouped addition and subtraction which leads naturally to the idea of multiplication as repeated addition. This product includes: - a lesson designed in SmartNotebook for use with SmartBoard - an exported version in Microsoft Power Point - the completed lesson as a PDF - Student note taker in Microsoft Word - Teacher notes in Microsoft Word - Homework (with K

This lesson is involves exponentiation. Building off of the previous lesson involving grouped multiplication, the idea of repeated multiplication is introduced. By comparing this to the idea that repeated addition is multiplication, and that using multiplication is more efficient both symbolically and in terms of the time involved in performing calculations, exponentiation can be viewed in a similar light. Complete Lesson: The lesson was designed in SmartNotebook for use with SmartBoard. Includ

There cards were designed as a study tool for a unit involving an linear functions. They will also work well for a review in any course involving linear functions. Quantity: There are 32 cards covering everything from slope and constant rate of change, y-intercept and initial value, slope-intercept form and point-slope form, to arithmetic sequences. Variety: There are different types of cards including definitions, straightforward simple answers, short answers requiring justifications, and car

There cards were designed as a study tool for a unit involving an introduction to functions. They will also work well for a review in any course involving functions. Quantity: There are 20 cards covering everything from independent and dependent variables, relations and functions, to rate of change. Variety: There are different types of cards including definitions, straightforward simple answers, short answers requiring justifications, and cards requiring calculations. Independent Study: The

This task was designed as an introduction to the multiplicative relationships in exponential functions. (Updated File)

This activity is a great review activity for fractions including all of the basic operations of addition, subtraction, multiplication, and division. Differentiated: The lesson includes two activities designed with differentiation in mind. The Pizza Time activity is great for a general class and the Continued Fractions activity is great for an honors class or students who need the extra challenge and something different. Flexible Implementation: The activity was designed for students to be work

This lesson is an introduction to sets, number systems, and number lines. This product includes: - a lesson designed in SmartNotebook for use with SmartBoard - an exported version in Microsoft Power Point - the completed lesson as a PDF - Student note taker in Microsoft Word - Teacher notes in Microsoft Word All but the PDF are editable for teacher convenience and customization. This product was developed from the ground up and copyrighted by Mathematical Anarchy, LLC to be used in an Algebra

This activity can be used to investigate linear relationships, including linear equations, linear inequalities in two variables, systems of linear equations, and linear functions.

This activity is designed to focus on solving equations using inverse operations.

Reinforce speed and accuracy with these mental math problems. Scaffolded: These problems go from the basic operations with natural numbers to integers, and to squares and square roots. Engaging: Students love these problems and will ask for them on days you don't use them. Growing Set: 71 problems and counting. Check back for updated versions with more problems. Create Your Own: The document is in Microsoft Word so it is editable with extra pages already formatted to easily create your own

This is the Unit Plan for an Algebra I unit focusing on prerequisite skill that students may or may not have including sets, number systems, number lines, basic operations, grouped operations, exponents, fractions, distribution, factoring, and order of operations. The plan includes pacing and objectives for each of the 9 Lessons as well as the corresponding homework assignment that goes with each lesson as well as 1 Activity, 2 Quizzes, and the Unit Test .

This document is the current curriculum overview for a two semester Algebra I course.