Algebra

Final challenge worksheet for Lesson 12: Master Builders. Integrates skills for addition equations, multiplication equations, and inequality graphing.

Visual slide deck for Lesson 12: Master Builders. A culminating review and challenge presentation.

Teacher facilitation guide for Lesson 12: Master Builders, a culminating challenge integrating all skills from the unit. Includes ALN Launch, Task, and Summary.

Student drafting sheet for Lesson 11: Safety Zones. Focuses on writing inequalities for real-world constraints like speed, budget, and capacity.

Visual slide deck for Lesson 11: Safety Zones. Focuses on writing inequalities for real-world constraints like speed, budget, and capacity.

Teacher facilitation guide for Lesson 11: Safety Zones, focusing on writing inequalities for real-world constraints like speed, budget, and capacity. Includes ALN Launch, Task, and Summary.

Student drafting sheet for Lesson 10: Infinite Pathways. Focuses on representing inequalities on number lines.

Visual slide deck for Lesson 10: Infinite Pathways. Focuses on representing inequalities on number lines, understanding the meaning of open vs. closed circles and 'infinitely many' solutions.

Teacher facilitation guide for Lesson 10: Infinite Pathways, focusing on representing inequalities on number lines. Includes ALN Launch, Task, and Summary.

Student drafting sheet for Lesson 9: Beyond Equality. Introduces inequality symbols and the concept of constraints.

Visual slide deck for Lesson 9: Beyond Equality. Introduces inequality symbols and the concept of constraints, helping students recognize that some problems have a range of solutions.

Teacher facilitation guide for Lesson 9: Beyond Equality, introducing inequality symbols and the concept of constraints. Includes ALN Launch, Task, and Summary.

Student drafting sheet for Lesson 8: Story Structures. Focuses on mixed one-step equation solving in real-world contexts by identifying the appropriate inverse operation.

Visual slide deck for Lesson 8: Story Structures. Focuses on mixed one-step equation solving in real-world contexts by identifying the appropriate inverse operation.

Teacher facilitation guide for Lesson 8: Story Structures, focusing on mixed one-step equation solving in real-world contexts. Includes ALN Launch, Task, and Summary.

Student drafting sheet for Lesson 7: Fair Shares. Focuses on solving division equations using visual models and multiplication.

Visual slide deck for Lesson 7: Fair Shares. Focuses on solving division equations using visual models and the concept of multiplication as the inverse operation.

Teacher facilitation guide for Lesson 7: Fair Shares, focusing on solving division equations using visual models and multiplication. Includes ALN Launch, Task, and Summary.

Student drafting sheet for Lesson 6: Product Blueprints. Focuses on solving multiplication equations using tape diagrams and division.

Visual slide deck for Lesson 6: Product Blueprints. Focuses on solving multiplication equations using tape diagrams and the concept of division as the inverse operation.

A reflection worksheet where students create a 'Tip Sheet' and visual diagram to warn future students about the 'Negative One Trap' in complex number subtraction.

A classroom anchor chart using a blueprint aesthetic to define the imaginary unit $i$, visualize the standard form $a + bi$, and outline the protocol for adding and subtracting complex numbers.

An answer key for the complex number card match activity and discussion cards, intended for teacher reference.

A grading rubric for the Imaginary Architect activity, focusing on distribution, standard form, computational accuracy, and showing work.

A student worksheet for the Complex Identity lesson, featuring side-by-side polynomial and complex number problems to highlight structural similarities, plus independent practice and reflection.

A comprehensive teacher guide for the 'Complex Grid' lesson, detailing learning objectives, pacing, pedagogical strategies for the video debrief, and common student errors.

A comprehensive teacher guide for the Complex Subtraction lesson, including pacing, facilitation tips, and detailed answer keys for all activities.

A student worksheet for the 'Be the Teacher' activity, where students design three types of complex number problems for a partner to solve.

A set of discussion prompt cards focusing on the standard form of complex numbers, mathematical communication, and common errors like distribution mistakes. Great for small group closure or whole-class debate.

A visual presentation for teaching complex number addition and subtraction, featuring clear definitions of $i$, the standard form $a + bi$, an embedded video segment, and side-by-side polynomial comparisons.

A dual-format exit ticket for assessment of complex number subtraction, requiring students to show distribution steps and final standard form.

A printable card matching activity for high school students to practice simplifying complex number expressions. It includes 8 expression-result pairs and space for students to show their work.

A visual presentation for the Imaginary Architect lesson, including the recap video, key concepts of complex numbers, and instructions for the 'Be the Teacher' activity.

A worksheet where students identify and correct distribution errors in complex number subtraction problems.

A set of instructional slides for a lesson on complex numbers, including a warm-up, an embedded video section, and discussion prompts. The theme is a modern 'Complex Grid' with high-contrast slate and cyan colors.

A comprehensive teacher guide for the Complex Identity lesson, including learning objectives, a timed instructional sequence, discussion prompts, and a full answer key for the student worksheet.

Engaging slides for a lesson on complex number subtraction, featuring a YouTube video embed and visual breakdowns of negative distribution errors.

A teacher's guide for the Imaginary Architect lesson, including learning objectives, pacing, video timestamps, and teaching tips for complex number operations.

A comprehensive teacher answer key for the Magnitude Map worksheet, including step-by-step solutions for warm-ups, video problems, and graphing activities.

A teacher's answer key for the Poster Planner Worksheet, providing simplified values and step-by-step calculations for the 'Massive Trio' exponent challenges.

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.

Updated fill-in-the-blank introductory notes for factoring 4-term polynomials. Now includes two scaffolded walkthrough examples (low and medium complexity) and a guided practice area.

A visual presentation for introducing factoring by grouping, featuring a 4-step blueprint, worked examples for low and medium complexity, and an independent challenge slide.

Updated answer key including solutions for both worked walkthrough examples, the guided practice problem, and all 10 worksheet problems.

A collection of 10 factoring-by-grouping practice problems ranging from low to medium complexity, featuring 4-term expressions.

Updated introductory notes on factoring 4-term polynomials using the grouping method. Now includes two worked examples (low and medium complexity) and a guided practice area.

The step-by-step solution key for the Polynomial Puzzle Worksheet. Includes factoring steps, synthetic division work, and identification of complex zeros.

A comprehensive Algebra 2 worksheet for solving polynomial functions using various methods like factoring, synthetic division, and finding complex zeros. Includes themed workspace for student work.

An answer key for the Factor Flux domino activity, showing the correct sequence and factored forms for all 12 cards.

Facilitation guide for the Factor Flux lesson, including pacing, instructional prompts, common misconceptions, and differentiation strategies.

Printable set of 12 quadratic dominoes for the matching activity. Students cut these out and arrange them in a continuous loop.

A comprehensive teacher guide for the Factoring Code Breaker lesson, including pacing, scripted prompts, support tips, and a full answer key.

Teacher answer key for the 'Case Files' worksheet, featuring detailed expansion results and corrections for flawed factoring problems.

A quick-check assessment for the end of the lesson. Students must factor x^2 - 7x + 10, demonstrating their understanding of the 'Double Negative' sign pattern. Includes two copies per page for efficient printing.

A visual presentation for the Factoring Code Breaker lesson, featuring mission objectives, warm-up problems, an embedded video, and guided discovery slides.

Discussion prompt cards for small groups to use while watching and analyzing the logic of signs in the factoring video. Focuses on mixed signs and double negatives.

A reflective journal prompt document for students to consolidate their learning on verifying factored quadratics. Features a detective-themed 'Field Notes' layout.

A student activity pack for 'The Sign Sort'. Includes a categorization blueprint and a sheet of quadratic cards for cutting and sorting. Proper logic for mixed signs and double negatives is emphasized.

Final challenge worksheet for Lesson 12: Master Builders. Integrates skills for addition equations, multiplication equations, and inequality graphing.

Visual slide deck for Lesson 12: Master Builders. A culminating review and challenge presentation.

Teacher facilitation guide for Lesson 12: Master Builders, a culminating challenge integrating all skills from the unit. Includes ALN Launch, Task, and Summary.

Student drafting sheet for Lesson 11: Safety Zones. Focuses on writing inequalities for real-world constraints like speed, budget, and capacity.

Visual slide deck for Lesson 11: Safety Zones. Focuses on writing inequalities for real-world constraints like speed, budget, and capacity.

Teacher facilitation guide for Lesson 11: Safety Zones, focusing on writing inequalities for real-world constraints like speed, budget, and capacity. Includes ALN Launch, Task, and Summary.

Student drafting sheet for Lesson 10: Infinite Pathways. Focuses on representing inequalities on number lines.

Visual slide deck for Lesson 10: Infinite Pathways. Focuses on representing inequalities on number lines, understanding the meaning of open vs. closed circles and 'infinitely many' solutions.

Teacher facilitation guide for Lesson 10: Infinite Pathways, focusing on representing inequalities on number lines. Includes ALN Launch, Task, and Summary.

Student drafting sheet for Lesson 9: Beyond Equality. Introduces inequality symbols and the concept of constraints.

Visual slide deck for Lesson 9: Beyond Equality. Introduces inequality symbols and the concept of constraints, helping students recognize that some problems have a range of solutions.

Teacher facilitation guide for Lesson 9: Beyond Equality, introducing inequality symbols and the concept of constraints. Includes ALN Launch, Task, and Summary.

Student drafting sheet for Lesson 8: Story Structures. Focuses on mixed one-step equation solving in real-world contexts by identifying the appropriate inverse operation.

Visual slide deck for Lesson 8: Story Structures. Focuses on mixed one-step equation solving in real-world contexts by identifying the appropriate inverse operation.

Teacher facilitation guide for Lesson 8: Story Structures, focusing on mixed one-step equation solving in real-world contexts. Includes ALN Launch, Task, and Summary.

Student drafting sheet for Lesson 7: Fair Shares. Focuses on solving division equations using visual models and multiplication.

Visual slide deck for Lesson 7: Fair Shares. Focuses on solving division equations using visual models and the concept of multiplication as the inverse operation.

Teacher facilitation guide for Lesson 7: Fair Shares, focusing on solving division equations using visual models and multiplication. Includes ALN Launch, Task, and Summary.

Student drafting sheet for Lesson 6: Product Blueprints. Focuses on solving multiplication equations using tape diagrams and division.

Visual slide deck for Lesson 6: Product Blueprints. Focuses on solving multiplication equations using tape diagrams and the concept of division as the inverse operation.

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 complete teacher's answer key for the System Solvers packet, including step-by-step solutions for guided and independent work.

A high-scaffold student work packet with maximized writing space for Tier 3 8th-grade students. Covers substitution and elimination with guided training and independent work.

Teacher's answer key for the Systems Power Packet, including step-by-step solutions for guided and independent practice, and validation of the "Power Sum" mechanic.

A clear, high-contrast visual slide deck for reviewing substitution and elimination, featuring step-by-step examples designed for Tier 3 8th-grade students.

A high-scaffold student review packet with maximized work spaces and a self-checking "Power Sum" mechanic. Clean, modern design focused on providing Tier 3 students with ample room for solving systems.

A professional, high-impact slide deck for a 20-minute review of systems of equations, featuring clean step-by-step guides for substitution and elimination. No "Enigma" or detective themes.

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.

A detailed answer key for the adjusted TSIA2 Math practice test, featuring the new distribution of quantitative, algebraic, geometric, and statistical questions.

A 20-question multiple-choice practice test for the TSIA2 Mathematics assessment, with a specific distribution of quantitative (6), algebraic (7), geometric (3), and statistical (4) questions.

A teacher resource providing the step-by-step solutions for the warm-up, the FrostBite graphing challenge, the shift extension, and the exit ticket reflection.

A specialized coordinate plane designed for market equilibrium problems, featuring Price and Quantity axes and a plotting guide for the FrostBite console equations.

A comprehensive worksheet for students to record their warm-up, video notes, algebraic calculations for the FrostBite challenge, and exit ticket. Designed with clear sections for handwriting and professional economic styling.

A detailed answer key for the adjusted TSIA2 Math practice test, featuring the new distribution of quantitative, algebraic, geometric, and statistical questions.

A 20-question multiple-choice practice test for the TSIA2 Mathematics assessment, with a specific distribution of quantitative (6), algebraic (7), geometric (3), and statistical (4) questions.

The comprehensive answer key for the 'Pit Stop Challenge' worksheet and activity, providing full algebraic solutions for both the standard problem and the 'Slower Challenge' variation.

Discussion cards for the Speed Shop Rates lesson, used for the warm-up, mid-lesson variable checks, and the final class vote/closure activity.

A professional teacher guide for the Labor Logic lesson. Includes an answer key for all workbook sections, instructional strategies for the paired-worker systems, and a step-by-step walkthrough of the advanced honors challenge problem.

Answer key for the 'Missing Rate Mystery' lesson materials. Provides full solutions for the warm-up, the 'Missing Person Mystery' worksheet (including the triple-worker challenge), and the exit ticket. Includes step-by-step algebraic clearing of fractions for teacher reference.

Teacher answer key for the work-rate problems in 'The Teamwork Equation' lesson. Includes step-by-step LCM solutions and calculator shortcut verification for all worksheet problems.

A student-facing worksheet for the 'Need for Speed' activity. It guides students through Problem 6 from the video and challenges them to solve a variation where efficiency is decreased.

Exit ticket assessment for the 'Missing Rate Mystery' lesson. Students must set up and solve a rational equation based on a word problem where combined time is 3 hours and one individual rate is 5 hours. Designed with two per page or space for teacher feedback.

A reflective exit ticket and journal sheet for student closure. Focuses on generalizing the work-rate formula for paired workers and applying algebraic logic to real-world system efficiency scenarios.

A quick-reference guide for students on how to use the reciprocal key (x⁻¹) on a scientific calculator to solve work-rate problems efficiently. Includes a step-by-step walkthrough for a three-worker problem.

Worksheet for students to practice solving rational equations in work-rate problems. Features a 'Detective' mystery theme with three word problems (cases) where total combined time is known and one individual rate is missing, requiring students to find the LCD and solve for the unknown variable.

A high-octane slide deck for the Speed Shop Rates lesson, featuring visual aids for translating relative rate phrases, an embedded instructional video, and group activity instructions.

A comprehensive 3-page student workbook containing a systems of equations warm-up, the 'Paired Trio' work-rate problem from the video, and an advanced honors challenge involving 4 workers. Includes structured space for algebraic work and conceptual generalization.

Visual slide deck for a lesson on work-rate problems. Includes the 'Mower Paradox' warm-up, embedded video, formula visualizations, calculator shortcut instructions, and activity guidelines.

Educational slide deck for 9th-grade Algebra 1 on solving rational equations for missing rates. Includes a mystery-themed warm-up, embedded YouTube video segments for step-by-step instruction, and clear visual aids for the work-rate formula.

A professional slide deck for a 10th-grade Algebra 2 honors lesson on work-rate systems. Includes warm-up prompts, the core fractional formula, an embedded YouTube video with specific pause points, and a challenge problem for generalization.

A blueprint-themed worksheet for 8th-grade math students to solve work-rate problems. Includes sections for the mower paradox, two-worker problems, three-worker expansion, and a creative scenario-building activity.

A comprehensive teacher guide for the Speed Shop Rates lesson, including an instructional script, lesson timeline, differentiation strategies, and key misconceptions to address.

Answer key for the Sign Chart Showdown worksheet, providing detailed solutions for the warm-up, video notes, and algebraic sign chart tasks.

A formative assessment exit ticket where students solve for an unknown orbital distance (semi-major axis) using Kepler's Third Law. Students must demonstrate algebraic isolation steps and the application of fractional exponents.

A comprehensive worksheet for Algebra II students to apply fractional exponents and roots using Kepler's Third Law. It includes a warm-up on roots, a structured video note-taking section focusing on geosynchronous satellites, and partner practice problems involving planetary data.

A comprehensive teacher resource containing lesson objectives, pacing guides, common misconceptions, and detailed answer keys for all student activities.

A comprehensive teacher guide for the 'Base Shifters' lesson. It includes pacing instructions, video pause points, common student misconceptions, a guide for calculator syntax support, and a full answer key for the 'Rate Remix' worksheet.

A reflection journal for students to wrap up the lesson. It prompts them to think conceptually about why growth factors decrease as time intervals shorten and offers space for real-world connections.

A quick assessment tool for the end of the lesson. Students convert a growth factor (1.05) into a percentage change (5% increase) to demonstrate their understanding of the core concept.

A technical reference guide for Algebra 2 students on how to correctly enter exponential unit conversions into a scientific calculator. It emphasizes the critical importance of using parentheses for fractional exponents to ensure accurate results.

A student sorting activity focusing on identifying growth factors vs. percent change scenarios. Includes 6 challenge cards requiring unit conversion and a recording sheet for work.

A worksheet for Algebra 2 students to practice changing the base of exponential models. Using a 12% annual interest scenario, students derive and calculate effective monthly, daily, and hourly growth factors by manipulating exponents.

A professional and high-energy slide deck for teaching growth factors vs. percent change. Includes a warm-up, embedded YouTube video section, key concept breakdowns, and clear activity instructions.

A visual slide deck for Algebra 2 students covering the manipulation of exponential bases. It includes a warm-up on power laws, an embedded YouTube video, pause-point discussion prompts, and the core formula for unit conversion in exponential models.

Teacher answer key for the Radical Architect worksheet, including solved puzzle steps, the secret height code, and instructional tips for common misconceptions.

This teacher-facing answer key provides solutions for the warm-up problem and the generalization organizer, along with a sample script segment for student reference or evaluation.

Detailed answer key and solution paths for all problems in the Radical Robotics lesson, including the Relay Activity and Exit Ticket.

A student worksheet focused on simplifying radicals with exponents. Features a blueprint-themed 'Radical Puzzle' where students simplify expressions to solve a secret code, plus space for video notes and warm-up exercises.

This presentation deck facilitates the lesson flow, including the warm-up problem, the embedded square root video, discussion prompts for generalizing to cube roots, and the final scriptwriting challenge.

A specialized exit ticket for the radical expressions lesson focusing on the division operation. Designed for students to show their step-by-step simplification process.

A 9-slide presentation for teaching radical simplification with exponents, focusing on the prime factorization and 'Split-and-Root' strategies shown in the video. Includes embedded video, guided practice, and closure activities.

A collaborative partner worksheet for the 'Radical Relay' activity. Students divide mathematical workload between coefficients and radicands to simplify complex square root expressions.

Printable discussion cards featuring key pause points and reflection questions from the video lesson to stimulate student engagement and deeper mathematical thinking.

An answer key for the complex number card match activity and discussion cards, intended for teacher reference.

A comprehensive teacher guide for the 'Complex Grid' lesson, detailing learning objectives, pacing, pedagogical strategies for the video debrief, and common student errors.

A set of discussion prompt cards focusing on the standard form of complex numbers, mathematical communication, and common errors like distribution mistakes. Great for small group closure or whole-class debate.

A printable card matching activity for high school students to practice simplifying complex number expressions. It includes 8 expression-result pairs and space for students to show their work.

A set of instructional slides for a lesson on complex numbers, including a warm-up, an embedded video section, and discussion prompts. The theme is a modern 'Complex Grid' with high-contrast slate and cyan colors.

A comprehensive teacher answer key for the Magnitude Map worksheet, including step-by-step solutions for warm-ups, video problems, and graphing activities.

A teacher's answer key for the Poster Planner Worksheet, providing simplified values and step-by-step calculations for the 'Massive Trio' exponent challenges.

A visual presentation for the Absolute Magnitude lesson, including embedded video problems, warm-up exercises, and discussion prompts.

A planning worksheet for students to simplify large powers of 'i' and prepare their group posters. Includes work areas for division and a project checklist.

A specialized coordinate plane for graphing complex numbers, featuring labeled real and imaginary axes in a clean, professional layout.

An electric, chalkboard-inspired slide deck for teaching powers of 'i'. Includes embedded video context, cyclic pattern visualization, and the 'remainder trick' strategy.

Updated Magnitude Map worksheet with corrected labels and improved instructional prompts for Algebra II students.

A detailed lesson plan for teaching powers of 'i' to 11th grade Algebra II students, including timing, objectives, and key misconceptions.

A concise exit ticket for the Modulus Mastery lesson, asking students to calculate the absolute value of -3 + 4i and provide a conceptual explanation for why the result is always positive.

Answer key for the Modulus Mapping Worksheet, containing complete calculations and simplified radical results for all problems.

Kinesthetic activity cards for the Complex Number Match-Up. Includes 12 complex number problem cards and 12 matching modulus answer cards designed with a blueprint grid aesthetic.

A visual reference sheet for students listing common Pythagorean triples, core complex plane formulas, and the derivation of the Complex Square generator.

The teacher's answer key for the Complex Cartography worksheet, including full calculations for each treasure location and the solution to the bonus challenge.

A comprehensive facilitator's guide for the Complex Origins lesson, including pacing, discussion prompts, and instructional tips for teaching the modulus of complex numbers.

The Cartographer's Log reflection journal for students. It contains the specific prompt comparing the modulus of a complex number to a ladder leaning against a wall, including space for writing and a diagram.

A student worksheet for Lesson 3 focusing on the Associative Property of Multiplication. Includes guided grouping problems, a matching activity, and a missing-factor exit ticket.

A 4-slide presentation introducing the Associative Property of Multiplication as the 'Grouping Gear', focusing on how changing the grouping of factors doesn't change the product.

A student worksheet for Lesson 2 focusing on applying the Commutative Property to larger numbers and discovering why it fails for division.

A 4-slide presentation extending the Switch Tool (Commutative Property) to multi-digit numbers and introducing the critical rule that it does not apply to division.

Answer key for the Switch Tool Lab Report, providing full solutions and exemplar explanations for the teacher.

A 2-page student worksheet ('Lab Report') for practicing the Commutative Property of Multiplication. Includes guided array modeling, independent practice problems, a conceptual explanation section, and an exit ticket.

A 5-slide visual presentation introducing the Commutative Property of Multiplication as the 'Switch Tool'. Includes clear definitions, visual array proofs, and a quick-check practice slide to prepare students for independent work.

Teacher facilitation guide for Lesson 12, providing instructional strategies for teaching inequalities and the visual conventions of number line graphing.

Slide deck for Lesson 12, explaining the meaning of inequality symbols and the visual representation of solution sets on a number line.

Student lab notebook page for Lesson 12, teaching students how to write, graph, and interpret inequalities on a number line using open and closed circle notation.

Teacher facilitation guide for Lesson 11, focusing on the relationship between variables and the "Who's the Boss?" framing for independent and dependent quantities.

Slide deck for Lesson 11, teaching students how to model real-world relationships with equations and distinguish between independent and dependent variables.

Student lab notebook page for Lesson 11, focusing on modeling real-world scenarios with one-step equations and identifying independent and dependent variables.

Teacher facilitation guide for Lesson 10, highlighting the importance of algebraic notation and the conceptual bridge between grouping and operations.

Slide deck for Lesson 10, demonstrating how to solve multiplication and division equations using inverse operations and maintaining mathematical balance.

Student lab notebook page for Lesson 10, exploring the inverse relationship between multiplication and division to solve one-step algebraic equations.

Teacher facilitation guide for Lesson 9, focusing on the vertical method of solving one-step equations and the concept of "unstacking" operations.

Slide deck for Lesson 9, teaching students how to use inverse operations (subtraction to undo addition) to isolate variables in one-step equations.

Student lab notebook page for Lesson 9, focusing on solving one-step addition and subtraction equations using inverse operations and maintaining balance.

Teacher facilitation guide for Lesson 8, emphasizing the shift from viewing the equal sign as an operator to viewing it as a relational symbol.

Detailed answer key for the Infinite Series lesson, providing step-by-step solutions for the practice worksheet, the bouncing ball word problem, and the repeating decimal challenge sheet.

A professional instructional guide for teachers providing pacing suggestions, scripts for the Zeno's Paradox warm-up, Stop-Point prompts for the video segment, and differentiation strategies for the infinite geometric series lesson.

A handy reference sheet for 11th-12th grade math students summarizing key formulas for infinite geometric series, convergence conditions, and calculator tips for TI-84 graphing calculators.

A challenge problem sheet for advanced 11th-12th grade math students. It guides students through the process of using infinite geometric series to convert repeating decimals like 0.333... and 0.1212... into exact fractions.

A comprehensive practice worksheet for 11th-12th grade math students focusing on identifying convergence/divergence and calculating the sum of infinite geometric series, including a real-world bouncing ball application.

A visual presentation for 11th-12th grade math students on infinite geometric series. It covers Zeno's Paradox, convergence conditions, the infinite sum formula, and applying these concepts to repeating decimals.

A teacher guide for the Euler Expedition lesson, including instructional strategies, answer keys for the worksheet and exit ticket, and common misconceptions.

Teacher's facilitation guide including pacing suggestions, key misconceptions, and a complete answer key for the relay activity and derivation extension.

An exit ticket for the Euler Expedition lesson, asking students to identify the asymptote, domain, and range for an exponential function with base e.

Discussion prompts on cards to facilitate student conversation about fraction strategies and completing the square patterns based on the video tutorial.

A student worksheet for the Euler Expedition lesson, featuring warm-up exercises, video note-taking space, and guided practice for graphing exponential functions with base e.

A collaborative group activity worksheet where students work in stages to solve complex quadratic equations using the completing the square method.

Visual slide deck for a lesson on solving complex quadratic equations, featuring a fraction boot camp, video embedding, and instructions for a problem-solving relay.

A visual presentation for the Euler Expedition lesson, including warm-up, video embed, step-by-step graphing strategies, and pair activity instructions.

Instructions and printable matching cards for the Square Root Memory Match activity, covering roots and squares from 1 to 25.

Engaging discussion cards for students to use while watching the instructional video, focusing on recognition strategies and mental math techniques.

Visual presentation for the Square Speedster lesson, featuring a warm-up quiz, embedded instructional video, and interactive activity instructions.

A comprehensive teacher facilitation guide for the Square Speedster lesson, including learning objectives, pacing, answer keys, and specific video timestamps for instructional moments.

A student reflection journal for the "Radical Mechanics" lesson, featuring a central writing prompt about simplification strategies and a bonus challenge to explore alternative solution paths.

A printable puzzle matching activity where students match radical expressions with their combined forms and simplified integer values. Includes 9 sets of cards.

Student drafting sheet for Lesson 4: Additive Architects. Focuses on solving addition equations using bar models and inverse operations.

Visual slide deck for Lesson 4: Additive Architects. Introduces solving addition equations using visual bar models and the concept of inverse operations.

Teacher facilitation guide for Lesson 4: Additive Architects, focusing on solving addition equations using bar models and inverse operations. Includes ALN Launch, Task, and Summary.

Student scenario blueprint for Lesson 3: Unknown Identity. Focuses on translating verbal descriptions into algebraic expressions using variables.

Visual slide deck for Lesson 3: Unknown Identity. Introduces the concept of variables through a mystery bag and client request scenarios.

Teacher facilitation guide for Lesson 3: Unknown Identity, introducing variables as representations of unknown numbers in scenarios. Includes ALN Launch, Task, and Summary.

Student verification log for Lesson 2: Truth Seekers. Provides structured space for testing potential solutions (substitution) for a vault door challenge.

Visual slide deck for Lesson 2: Truth Seekers. Explores the concept of substitution using a 'Vault Door' theme to find which value makes an equation true.

Teacher facilitation guide for Lesson 2: Truth Seekers, focusing on using substitution to determine if a value is a solution to an equation. Includes Launch, Task, and Summary.

Student drafting sheet for Lesson 1: Balancing Act. Provides space for the WODB launch, a grid-based workspace for the balance riddle, and a summary section for the definition of equality.

Visual slide deck for Lesson 1: Balancing Act. Includes a 'Which One Doesn't Belong?' launch, the primary balance riddle task, and a summary slide defining the equal sign.

Teacher facilitation guide for Lesson 1: Balancing Act, including ALN Launch, Task, and Summary components. Focuses on the conceptual understanding of equality using a balance scale model.

A student worksheet for Lesson 3 focusing on the Associative Property of Multiplication. Includes guided grouping problems, a matching activity, and a missing-factor exit ticket.

A 4-slide presentation introducing the Associative Property of Multiplication as the 'Grouping Gear', focusing on how changing the grouping of factors doesn't change the product.