Evenly Odd

This set of guided notes covers all of the basics of solving one step and two step equations including:identifying opposite operationsexplicit procedure for solving one step equations and two step equationsexamples -- including the dreaded fraction expressionStudents only have to fill in vocabulary words and example problems. All definitions are pre-typed! Doodling notes help busy students remain focused on the task at hand by providing areas on the page for them to fill in with color and patter

This set of guided notes covers all of the basics of inequalities and solving two step and multistep inequalities including:4 main symbolsfinding multiple solutionsopen/closed circle and graphing solutionswriting inequality solutions two waysinequalities in the real world examplessolving two-step and multistep inequalities (including the fractional inequalities)Students only have to fill in vocabulary words and example problems. All definitions are pre-typed! Doodling notes help busy students re

This set of guided notes covers linear functions including:slope typeslopey-interceptfinding slope from equations, tables, and graphsfinding y-intercept from equations, tables, and graphsslope-intercept formgraphing lines given equations in slope-intercept formStudents only have to fill in vocabulary words, diagrams, and the example problems. All definitions are pre-typed! Doodling notes help busy students remain focused on the task at hand by providing areas on the page for them to fill in with

This set of guided notes covers all of the basics of transformations including:Translating triangles and ordered pairs with given directionsReflecting triangles and ordered pairs across given axisDilating triangles and ordered pairs given a scale factorTranslating then reflecting (and reflecting then translating) triangles and ordered pairs Students only have to fill in vocabulary words and example problems. All definitions are pre-typed! Doodling notes help busy students remain focused on the t

This set of guided notes covers simplifying exponent and radical expressions including:combining like terms with exponential and radical expressionscreating equivalent representations of exponential expressionslearning and using the laws of exponents including the product rule, the quotient rule, power of a power, power of a product, power of a quotient, and negative exponentssimplifying exponential expressions including variablesreviewing prime factorization using number treesa reference guide

This set of guided notes covers comparing functions including:graphing and creating table of values for linear functions, quadratic function, exponential growth, and exponential decay extract key features of each function including domain, range, intercepts, and transformationsextract slope from linear functionextract vertex from quadratic functionextract horizontal asymptote from exponential growth and decay functionsreview regression for use in DESMOS calculatorStudents are provided worked exa

This error analysis activity includes:5 "solved" multistep equations - 2 correctly, 3 incorrectlySpace to write what went wrongSpace to solve the incorrect problems correctlyError analysis is an important skill for students to learn. It helps build their understanding of procedures and also their ability to find errors in their own work as they advance in math courses. This activity allows students to examine "solved" problems and determine whether the answer is actually the solution or if an er

This coloring sheet activity includes:6 multistep equations including fractions and decimalsAn answer bank with listed parts to colorColors to be used chosen by you, the teacher, or each student individuallyThis set of 6 problems includes 5 problems with distribution. Additionally, 2 problems contain decimals, 1 contains fractions, and 1 fraction problem that is the exception to the rule (add/subtract, multiply, then add/subtract again). There's nothing worse than a coloring sheet that commits t

This set of guided notes covers equations and inequalities including:justifying the steps for solving multistep equations and inequalitiesidentifying the number of solutions for equations (none, one, infinite)solving literal equationssolving system of equations using substitution, elimination, and graphingidentifying the number of solutions for system of equationssolving system of inequalities by graphing Students are provided worked examples and step-by-step instructions on how to tackle proble

This set of guided notes covers quadratic functions including:extracting zeros, domain, range, vertex, and y-intercept from graphwriting factored form from standard formmatching table of values to graphfinding vertex given quadratic functiongraphing quadratic functionsidentifying transformations (vertical shift, reflection, vertical stretch/shrink)finding number of solutions given graph and using the discriminantperforming quadratic regression and identifying domain and range of given scenariosS

This set of guided notes covers linear functions in context including:graphing linear functionstransformations of linear functions including steepness and vertical shiftbivariate data interpretation and analysis including understanding boundaries (domain and range... informally)linear regression to find line of best fit with the aid of DESMOS calculatorStudents are provided worked examples and step-by-step instructions on how to tackle problems. Fill in the blank areas are provided where valuabl

This set of guided notes covers polynomial operations including:combining like termsdistribution with polynomials using algebra, an area model, and algebra tilesdividing by monomialsdividing by binomials using long division and algebra tilesusing the X Game to find factors that have a given product and sumfactor polynomial expressions when a=1find the greatest common factor of polynomial expressionsfactor polynomial expressions when a is not 1use the quadratic formula to find real radical soluti

This set of guided notes covers all of the basics of the real number system including:two different visuals to represent the order of the systembasic definitions of the 5 subsetsa catchy mnemonic to help in memorizing the order of the subsetsa variety of values to categorize (checking the most specific category as well as all other categories the value belongs)Students only have to fill in vocabulary words and example problems. All definitions are pre-typed! Doodling notes help busy students rem

Topic: Slope, Y-Intercept, and Writing Linear Functions Main Concepts: slope, y-intercept, slope-intercept form, linear functions, rise over run, y-pattern, x-pattern, table of values, graph Building Thinking Classroom (BTC) Notes encourage students to dive deeper into their learning experience by individually crafting meaningful notes that are geared to helping them understand content deeply and thoroughly.Notes are split into 4 quadrants:Fill It In -- a thoughtfully crafted question (or set of

Topic: Distributive Property Main Concepts: distribution, area model, multiplication Building Thinking Classroom (BTC) Notes encourage students to dive deeper into their learning experience by individually crafting meaningful notes that are geared to helping them understand content deeply and thoroughly.Notes are split into 4 quadrants:Fill It In -- a thoughtfully crafted question (or set of questions) that includes fill in the blanks at specific points to purposefully foster critical thinking s

Topic: Solving Multistep Inequalities Main Concepts: solve, inequality, graph, distribution, combine like terms, open/closed circle, inverse operations, opposite operations, term, variable, solutions Building Thinking Classroom (BTC) Notes encourage students to dive deeper into their learning experience by individually crafting meaningful notes that are geared to helping them understand content deeply and thoroughly.Notes are split into 4 quadrants:Fill It In -- a thoughtfully crafted question (

Topic: Supplementary and Complementary Angles -- An Equation Approach Main Concepts: supplementary angles, complementary angles, equations, solve, inverse operations, evaluating Building Thinking Classroom (BTC) Notes encourage students to dive deeper into their learning experience by individually crafting meaningful notes that are geared to helping them understand content deeply and thoroughly.Notes are split into 4 quadrants:Fill It In -- a thoughtfully crafted question (or set of questions) t

Topic: Scatterplots Main Concepts: scatterplot, outlier, line of best fit, independent variable, dependent variable, bivariate data, data cycle Building Thinking Classroom (BTC) Notes encourage students to dive deeper into their learning experience by individually crafting meaningful notes that are geared to helping them understand content deeply and thoroughly.Notes are split into 4 quadrants:Fill It In -- a thoughtfully crafted question (or set of questions) that includes fill in the blanks at

This set of guided notes covers all of the basics of solving multistep equations including:distributing, combining like terms, and identifying opposite operationsvariables on one and both sides of the equal signequations with fractionsstandard method for solving multistep equationsbox method for solving multistep equations -- very helpful for struggling learners! Students only have to fill in vocabulary words and example problems. All definitions are pre-typed! Doodling notes help busy students

This set of guided notes covers exponential functions including:extracting key features from functions including domain, range, horizontal asymptote, y-intercept, and growth/decay factorevaluate functions to create graphs of both exponential growth and exponential decay functionsStudents are provided worked examples and step-by-step instructions on how to tackle problems. Fill in the blank areas are provided where valuable and practice problems are embedded in each section to help students reinf