Mapping relationships through notation, algebraic representations, and growth rate comparisons. Equips learners to transform functions, model contextual data, and solve exponential equations.
A comprehensive teacher answer key and evaluation guide for all three small-group intervention activities covering TEKS A2A and A6A.
A visual and interactive slide deck for a mini-lesson on domain and range, using scanning analogies and highlighting common quadratic pitfalls.
An error analysis worksheet for students to identify and correct common misconceptions regarding domain and range in linear and quadratic functions.
An enrichment activity for high-performing students to design a roller coaster using linear and quadratic functions, focusing on connecting domains and ranges.
A comprehensive teacher guide outlining the intervention strategies, group compositions, and implementation notes for Algebra I TEKS A2A and A6A.
A complete answer key for the Algebra 1 Assessment, including step-by-step solutions for equations, systems, and quadratics, along with fully plotted graphs.
A comprehensive 4-page final exam for Algebra 1, featuring free-response and graphing sections covering linear equations, systems, exponents, polynomials, and quadratics.
A concise reference sheet for Algebra 1 students, featuring key formulas for linear equations, exponents, polynomials, and quadratic functions in a clean, professional layout.
A visual presentation for the 'Decoding Functions' lesson. Features a high-contrast secret agent theme, modeling input/output machines, defining key vocabulary, and stepping through guided practice examples with increasing complexity.
A formative assessment exit ticket for the 'Decoding Functions' lesson. Designed with two per page, it challenges students to identify a function rule from a provided table and apply it to a new input value.
An independent practice worksheet for the 'Decoding Functions' lesson. Includes matching activities, rule identification from tables, and a real-world scenario involving a courier's travel distance.
A set of 8 station cards and a student tracking sheet for a 'Guess My Rule' style activity. Students move between stations to decode increasingly difficult function patterns in tables.
A comprehensive teacher guide for the 'Decoding Functions' lesson, featuring a secret agent 'Mission Briefing' theme. Includes a 65-minute timeline, discussion prompts, differentiation strategies, and common student misconceptions.
A student worksheet for the 'Solution Showdown' speaking activity. It guides students through analyzing graphs and practicing comparative language in a role-play scenario about quadratic solutions.
A visual slide deck for teaching TELPAS speaking skills in a math context. Focuses on comparing quadratic function solutions using vocabulary like 'greater than', 'less than', and 'similar to'. Includes visual examples and speaking frames.
A teacher guide for a TELPAS speaking activity focusing on comparing quadratic function solutions. Includes proficiency level scaffolds, implementation steps, and speaking prompt cards for student role-play.
A high-energy review slide deck for exponential functions, featuring concept recall, a growth/decay lightning round, and a 'Final Boss' real-world word problem.
A comprehensive final assessment (Power Quest) covering identification of growth/decay, compound interest calculations, half-life problems, and comparative growth analysis.
Instructional slides for real-world applications of exponential functions, focusing on compound interest for finance and half-life for medicine.
A worksheet on exponential decay covering depreciation of electronics, forest loss models, and a half-life challenge involving caffeine metabolism.
Instructional slides for exponential decay, explaining the formula y = a(1 - r)^t, how to identify decay vs growth from an equation, car depreciation, and the concept of half-life.
A practice worksheet for exponential growth, featuring problems on collectible card values, social media shares, population growth, and matching equations to descriptions.
Instructional slides for exponential growth, introducing the formula y = a(1 + r)^t, the difference between growth rate and growth factor, and a bacteria case study.
A hands-on investigation worksheet where students fold paper to discover exponential patterns, record data, graph results, and derive the equation y=ab^x.
Introductory slides for exponential functions, covering the difference between linear and exponential growth, the paper folding hook, and the basic equation y = ab^x.
Custom graph paper for students to plot and compare the population growth potential of orangutans versus domestic cats over 50 years.
Student worksheet for analyzing and calculating population growth potential for orangutans versus domestic cats over a 50-year period.
A visual presentation for the Population Recovery lesson, featuring the warm-up, embedded video, species data comparison, and discussion prompts.
A teacher facilitation guide including lesson objectives, pacing, activity keys, and discussion prompts for the Population Recovery lesson.
A teacher guide for the "Missing Middle" lesson. Includes a pacing guide, facilitation tips, and a full answer key for the worksheet.
Collaborative student worksheet for the 'Telephone' activity, where students translate geometric sequences through recursive and explicit stages to verify a final calculated term.
A reflection journal for students to explore the geometric relationship of the geometric mean and compare it with the arithmetic mean through written prompts.
Visual slide deck for 'Signal and Echo' featuring notation analysis, recursive vs explicit formula breakdowns, and embedded video for high school geometric sequence instruction.
A student worksheet focusing on calculating arithmetic and geometric means between pairs of numbers. Includes practice tables, pattern identification, and a challenge question.
A comprehensive slide deck for teaching arithmetic and geometric means. Includes a warm-up, video placeholder, formula comparison, and discussion prompts with a modern geometric aesthetic.
A comprehensive facilitator guide for the 'Signal and Echo' lesson, including pacing, pedagogical tips, and an answer key for the sequence translation activity.
An answer key for the Bacteria Math worksheet, providing the completed doubling data table, expected reflection responses, and the extension challenge answer.
A teacher facilitation guide for the 'Rapid Reproduction' lesson, providing lesson plans, materials lists, timing, and discussion prompts.
A visual presentation for the lesson, including the penny hook, binary fission explanation, activity steps, and an embed of the bacteria video.
A student worksheet for the 'Bacteria Math' activity, featuring a data table for recording doubling rounds, a graphing area for plotting growth, and reflection questions.
A detailed lesson guide and answer key for the Coordinate Quest lesson, including instructional tips, common misconceptions, and step-by-step solutions for the worksheet.
A professional graphing worksheet with a blueprint theme, featuring 6 graphing problems and 1 reverse-engineering analysis problem. Includes a technical reference section.
A technical slide deck introducing slope-intercept form and graphing techniques with a blueprint aesthetic. Includes step-by-step instructions and a guided practice example.
Teacher guide for 'Variable Ventures' lesson, including objectives, implementation tips, and full answer keys for task cards and worksheets.
Interactive worksheet featuring visual aids like balance scales, shape-coded terms, and coordinate grids to practice variable concepts.
Collaborative task cards for practicing variable identification, simplification, solving, and graphing, including a mission log recording sheet.
Introductory slide deck for 'Variable Ventures' lesson, featuring concepts of identification, simplification, solving, and graphing with a cyber-blueprint aesthetic.
A specialized worksheet for the sneaker business scenario. Includes video note sections, a cost data table, and a large coordinate plane for graphing fixed, variable, and total cost lines.
A detailed answer key for the Algebra Arsenal and Geometry Grid worksheets, providing not just correct answers but step-by-step strategy insights and explanations for teachers or self-grading students.
A targeted practice worksheet covering ACT Geometry, Trigonometry, and Statistics, featuring diagrams, circle equations, probability, and average problems with designated space for student work.
A targeted practice worksheet focusing on ACT Algebra and Functions, including linear equations, substitution, system of equations, exponent rules, and inequalities with designated space for student work.
A comprehensive 2-page study guide summarizing the most critical ACT Math concepts, including Algebra, Geometry, Statistics, and Trigonometry, along with rapid-fire testing strategies.
A set of 8 essential ACT Math formula flashcards covering Algebra, Geometry, and Trigonometry, designed for easy printing and cutting.
A visual presentation covering ACT Math structure, time management strategies (the 20-20-20 rule), problem-solving techniques like PIN and PITA, and common test traps to avoid.
Teacher Guide for the 'Volcano Flight Challenge' lesson. Contains a lesson timeline, answer keys for the warm-up and video guide, a master data table for assigning student variables, and facilitation notes for the 'negative time' discussion.
A math toolkit for physics students that breaks down the quadratic formula for flight time calculation. Includes common calculator pitfalls, step-by-step calculation strategies, and specific focus on handling negative signs and parentheses.
Student worksheet for the 'Volcano Flight Challenge' lesson. Includes sections for the parabola warm-up, video guiding questions, the main calculation activity using the quadratic formula, and a peer review checklist.
Visual presentation for the 'Volcano Flight Challenge' lesson, covering objectives, warm-up, video guiding questions, and the main activity instructions. It uses a consistent volcano/seismology theme with high-contrast text and clear math-to-physics mapping.
Facilitation guide for teachers including the lesson roadmap, "Swap Meet" function assignments with answer keys, and common student misconceptions to watch for during the activity.
A set of six printable discussion cards designed for collaborative student work. Each card features a prompt related to variable significance, video analysis, or the philosophy of engineering formulas to provoke deep mathematical and physical thinking.
Customized graph paper with coordinate grids designed for side-by-side or overlaid comparison of functions and their inverses. Includes space for recording equations and key features.
A student activity worksheet for the Formula Engineering task. Students practice isolating independent variables in complex physics and chemistry formulas without variable swapping, focusing on maintaining context while performing algebraic inversions.
A visual classroom reference summarizing the "swap" between exponential and logarithmic functions, including domain/range transformation rules and graphical reflection properties.
A technical reference sheet containing real-world logarithmic and exponential formulas from chemistry, seismology, thermodynamics, and nuclear physics. Designed for use in the Formula Engineering activity.
A teacher facilitation guide for the "Inverse Engineering Functions" lesson. Includes a detailed lesson timeline, station rotation management tips, answer keys for all student materials, and common student misconceptions to monitor.
A print-friendly exit ticket containing two identical assessment slips. Students analyze a cosine equation for amplitude, period, and midline, and sketch a transformed sine graph to demonstrate mastery.
Teacher-facing answer key for the Wave Navigator Notes Handout. Provides completed definitions, filled-in parent function tables and graphs, and a worked-out solution for the guided practice problem including the final sketch.
Instructional slides for teaching periodic function graphing. Features large, readable text, high-contrast visuals, step-by-step blueprints for parent functions, and a detailed breakdown of the transformation equation.
Student-facing guided notes for graphing sine and cosine functions. Includes definitions, parent function tables, the transformation formula, and a guided practice problem with space for calculations and graphing.
A teacher guide and answer key for the Function Foundations lesson, including common misconceptions, a pacing guide, and worked solutions for the Transformation Lab worksheet.
A comprehensive student worksheet for practicing parent function transformations, including identification, graphing, and writing equations from verbal descriptions.
A comprehensive slide deck introducing parent functions (Linear, Quadratic, Absolute Value, Square Root, Cubic) and the mathematical rules for transformations (shifts, stretches, and reflections).
A student activity worksheet for graphing demand curves and analyzing parallel shifts. Includes coordinate plane review, data tables, graphing space (on grid), and mathematical reflection questions.
A visual presentation for the Pizza Graph Shifts lesson, featuring coordinate plane reviews, embedded YouTube video content, and step-by-step activity instructions with a vibrant pizza-parlor aesthetic.
A comprehensive teacher guide for the Pizza Graph Shifts lesson, including a 50-minute timeline, learning objectives, and an answer key for the graphing activity.
A teacher guide ('Forge Master Guide') providing lesson pacing, station setup instructions, answer keys for the worksheet and quiz, and facilitation tips for the video segments.
Student Lab Sheet for Shape Shifters: A structured workspace for comparing shapes, sorting quadrilaterals, and solving geometric property riddles.
Teacher Facilitation Guide for Shape Shifters: Provides instructional scripts and pedagogical strategies for classifying polygons based on properties.
Shape Shifters Slide Deck: An interactive presentation focused on geometric properties, polygon classification, and visual reasoning using 'Geometry Talks'.
Student Lab Sheet for Data Detectives: A structured investigative worksheet for matching stories to graphs, sketching qualitative trends, and selecting appropriate measurement units.
Teacher Facilitation Guide for Data Detectives: Provides instructional strategies for connecting qualitative graph trends to real-world scenarios.
Data Detectives Slide Deck: An interactive presentation developed for 6th-grade math intervention, focusing on the "Story of a Graph" strategy to build data literacy and unit conversion skills.
Student Lab Sheet for Balance Beam: A guided practice sheet for testing equation truth, finding balanced values using patterns, and defining equality.
Teacher Facilitation Guide for Balance Beam: Provides instructional scripts and strategies for teaching the equals sign as a balance using True/False equations.
Balance Beam Slide Deck: An interactive presentation focused on the conceptual meaning of the equals sign and solving balanced equations using True/False tasks.
Student Lab Sheet for Fraction Flash: A structured workspace for students to record Quick Image sketches, number line placements, and comparison observations.
Teacher Facilitation Guide for Fraction Flash: Provides instructional scripts, common misconceptions, and differentiation strategies for 6th-grade math intervention.
Fraction Flash Slide Deck: An interactive visual presentation for 6th-grade math intervention. Focuses on 'Quick Images' and number line concepts to build fraction fluency and conceptual understanding.
A concise end-of-lesson assessment checking student ability to write linear equations from a table, a graph, and a verbal description. Matches the 'Equation Architect' theme.
Teacher answer key for the 'Linear Blueprints' worksheet. Includes full step-by-step solutions and analysis for all table, graph, verbal, and challenge problems.
A comprehensive practice worksheet for 9th grade algebra students to practice writing linear equations in slope-intercept form from tables, graphs, and verbal descriptions. Styled with a professional 'Equation Architect' blueprint theme.
A dual-copy exit ticket designed for easy printing and cutting. It asks students to synthesize the historical-mathematical relationship and explain the physical logic behind discarding mathematical roots in quadratic physics.
A student reflection journal for documenting observations about the impact of the 'a' coefficient sign on projectile motion graphs and physical reality.
A specialized rubric for the 'Regression Battle' activity, using a gamified theme. Evaluates students on technical execution, R-squared accuracy, mathematical justification, and contextual reflection.
A comprehensive teacher guide for the 'Regression Battle' lesson. Includes lesson timeline, technical troubleshooting for GeoGebra, a complete answer key for the data sectors, and discussion prompts.
Teacher facilitation guide for the Messy Math lesson. Includes lesson pacing, student common pitfalls, answer keys for the GeoGebra activity, and discussion prompts for comparing linear and exponential models.
An answer key for the Regression Lab, providing calculated regression models, R-squared values, and justifications for both the video tutorial and the stock market practice.
A student worksheet for the 'Regression Battle' activity. Includes space for recording data list names, linear vs. exponential equations, R-squared values, and a structured area for writing a mathematical defense.
A technical "cheat sheet" for students using GeoGebra for regression, featuring step-by-step command syntax, critical warnings about exponential base choice, and R-squared calculation instructions.
An independent practice worksheet where students analyze a simulated stock market dataset to perform regression analysis and compare linear vs. exponential models.
A comprehensive student worksheet for the regression lesson. Includes video viewing questions, step-by-step GeoGebra instructions, and reflection questions on model comparison and R-squared values.
A student data sheet for recording lab measurements and documenting regression results from GeoGebra, including space for comparative analysis of linear and exponential models.
Four real-world data set cards for the Regression Battle activity. Includes scenarios like cooling coffee, biometrics, bacterial growth, and career salaries, designed as game-like 'Intelligence Cards'.
A concise exit ticket for the regression lesson, prompting students to write a single-sentence explanation of why regression analysis is used over simple point-to-point connection. Styled as a premium data lab slip.
A lab worksheet for students to record GeoGebra regression results for two real-world scenarios: bacteria growth and a dripping faucet. Includes space for video notes, data tables, and an analysis of R-squared values to determine the best fit.
A slide deck to support the lesson on regression. Includes a video embed, key vocabulary (Regression, R-Squared), and a step-by-step guide for the GeoGebra activity.
A 7-slide presentation for introducing regression analysis in a lab setting, featuring embedded video focus, GeoGebra command guides, and discussion prompts on experimental error and R-squared.
A student follow-along worksheet for the "Approximating Functions for Data" video, including timestamped checkpoints and spaces for data entry and model recording.
A comprehensive slide deck for 9th Grade Algebra covering linear and exponential regression. Includes a warm-up, an embedded GeoGebra tutorial video, lab instructions, and discussion prompts.
A slide deck for a 10th-grade Algebra 2 lesson on R-squared and regression. Includes a visual hook, embedded video slide, technical command guides, and activity instructions for the 'Regression Battle'.
A teacher facilitation guide for the Regression Lab lesson, including a pacing guide, critical teaching moments for the video tutorial, and common student misconceptions.
A printed scatter plot of messy data for students to manually draw a line of best fit using a ruler. Includes the specific data points needed for the subsequent computer modeling activity.
A comprehensive teacher's guide for the Regression Reality lesson, including a 60-minute instructional sequence, key vocabulary, and differentiation strategies for teaching regression in a science context.
A visual presentation deck covering the definitions of fixed and variable costs, featuring a YouTube video embed, interactive discussion slides for classroom participation, and the mathematical translation to linear equations.
A comprehensive teacher guide for the 'Graphing the Cost of Business' lesson, featuring a pacing guide, discussion prompts based on the video transcript, and an answer key for the sneaker business scenario.
A specialized full-page coordinate plane for students to graph revenue and cost lines, featuring a 0-100 scale on both axes and clean grid lines.
A student worksheet for the marginal analysis lesson, including coordinate plane practice, data tables for revenue and cost, and analysis questions to identify the profit zone.
