Math by Modules

This bundle contains a collection of guided notes to accommodate a full year of instruction for any Algebra 1 course. With over 320 pages of carefully scaffolded notes, accompanying practice problems, and a full, step-by-step answer key, this bundle contains materials for the following units: - Unit 1: Fundamentals of Algebra - Unit 2: Multi-step Equations and Inequalities - Unit 3: Relations and Function - Unit 4: Linear Functions and Equations - Unit 5: Linear Regression - Unit 6: System

This resource provides a thorough, in-depth framework for working with arithmetic and geometric sequences. In particular, this set of guided notes (with several carefully scaffolded practice problems and a full answer key) covers the following topics: - Basics of sequences (notation, formatting, etc.) - Arithmetic sequences (common difference, evaluating and deriving recursive and non-recursive formulas for the nth term) - Geometric sequences (common ratio, evaluating and deriving recursive and

This resource provides a comprehensive, in-depth framework for simplifying radical expressions and equations. In particular, this set of guided notes (with several practice problems and a full answer key) covers the following topics: - Basics of radicals (notation, key terms, perfect squares, etc.) - Simplifying radical expressions containing strictly numbers, strictly variables, and some combination of the two - Solving algebraic equations involving radicals, containing numeric and/or variable

This set of fill-in-the-blank notes offers an in-depth guide to performing linear regressions. Specifically, this resource covers the following topics: - Introduction to linear regressions (e.g. conceptual overview, real-world applications, positive vs. negative vs. no correlation) - Step-by-step guides to completing linear regressions on TI-84 Plus family calculators, as well as the Desmos graphing calculator feature - A full, step-by-step answer key for each practice problem throughout the not

This set of guided notes offers a comprehensive approach to solving multi-step equations and inequalities. Specifically, this resource (with 13 multi-part practice problems and a full answer key) covers the following topics: - Introduction to multi-step equations and inequalities (re-arranging algebraic equations, inequality notation, interval notation, plotting solutions on a number line, etc.) - Solving various types of multi-step equations and inequalities (two-step equations and inequalities

This set of guided notes provides a rigorous, in-depth approach to the fundamentals of algebra and serves as a strong introductory unit for any Algebra 1 course. Specifically, this resource (with 16 multi-part practice problems and a full answer key) covers the following topics: - Introduction to fundamentals of algebra (e.g. basic operations) - Order of operations - Properties of arithmetic (commutative, associative, distributive) - Combining like terms - One-step equations - One-step inequalit

This set of guided notes provides an in-depth approach toward understanding the laws of exponents. In particular, this resource contains the following: - A full set of fill-in-the-blank notes, designed to last for 1-2 weeks of instruction - Several multi-part, scaffolded practice problems (39 individual problems) to supplement each section of notes - An introduction to properties of exponents (e.g. key terms) - 8 sections devoted to each individual exponent rule (zero power, negative exponent, p

This set of guided notes offers a comprehensive approach to working with relations and functions. Specifically, this resource (with 12 multi-part practice problems and a full answer key) covers the following topics: - Basics of relations and functions (e.g. similarities and differences, domain, range, etc.) - Determining whether or not a relation is a function given: (1) a graph, (2) a set of ordered pairs, (3) a table of coordinates, and (4) a mapping diagram. If you enjoy my resources, please

This set of guided notes provides a thorough, in-depth approach to working with quadratic functions, as well as solving quadratic equations. In particular, this resource contains the following: - A full set of fill-in-the-blank notes, designed to last for 2-3 weeks of instruction - 29 scaffolded practice problems to supplement each section of notes - An introduction to quadratic functions (e.g. focus, directrix, axis of symmetry) - A full guide to solving quadratic equations through all 3 key me

This set of guided notes provides a thorough, cohesive approach to working with linear functions. Specifically, this resource (with 29 practice problems and a full answer key) covers the following topics: - Basics of linear functions (e.g. key terms, diagrams, etc.) - Calculating the slope of linear functions given 2 points, a table, and/or a graph - Graphing linear functions given a point and a slope, 2 points, and/or a table - Using slope-intercept, point-slope, and standard forms to write and

This resource offers a substantial, in-depth approach to factoring polynomials. In particular, this set of guided notes (with 29 scaffolded practice problems and a full answer key) covers the following topics: - Intro to factoring polynomials (e.g. key terms) - Factoring polynomials in standard form where a = 1 - Factoring polynomials in standard form where a > 1 - Factoring differences of squares - Factoring sums and differences of cubes - Factoring other cases of polynomials (e.g. partial

This resource provides a comprehensive, in-depth approach to solving systems of linear equations. The resource contains: - A full set of guided notes (with answers), designed to last for 2-3 weeks of instruction - 34 scaffolded practice problems to supplement each section of notes - A full guide to solving systems of linear equations through all 4 key methods (substitution, graphing, elimination, and matrices) - A detailed, step-by-step set of calculator instructions to solve systems of equation