A teacher answer key for the 'Final Inspection Quiz', providing correct answers for the multiple-choice questions and step-by-step solutions for the performance tasks.

A teacher answer key for the 'Construction Zone Worksheet', providing completed equivalent fractions and final decimal answers for all eight practice problems.

A short assessment quiz to check for mastery in converting fractions to terminating decimals. Includes multiple-choice concept questions and performance tasks requiring students to show their work.

A student practice worksheet with two distinct phases: 'The Base Ten Build' for using equivalent fractions, and 'The Division Hammer' for using long division. Includes grid-lined work areas for division precision.

An instructional slide deck for teaching fraction-to-decimal conversion. Features a 'Decimal Architect' theme, step-by-step methods (Base Ten Build and Long Division Hammer), and guided practice problems.

An educational anchor chart illustrating the two primary methods for converting fractions to decimals: the 'Base Ten Build' (using equivalent fractions) and the 'Long Division Hammer'. Includes visual steps and helpful tips.

A detailed teacher guide for the 'Decimal Blueprint' lesson, featuring learning objectives, a step-by-step instructional sequence, common misconceptions, and differentiation strategies for teaching fraction-to-decimal conversion.

Teacher guide for Lesson 12: Division Finale. Provides a framework for celebrating student growth and a review routine for summarizing the sequence's key strategies.

Student practice page for Lesson 12: Division Finale. Serves as a cumulative assessment and reflection on the strategies learned throughout the Division Workshop.

Slide deck for Lesson 12: Division Finale. Reviews all strategies from the sequence (Area Models, Big 7, Scaling, Decimal Shifting) and celebrates student progress.

Teacher guide for Lesson 11: Story Solvers. Details the "Two Rooms" metaphor for problem-solving and provides annotation strategies for Tier 2 intervention.

Student practice page for Lesson 11: Story Solvers. Exercises focus on breaking down multi-step real-world problems into discrete operations.

Slide deck for Lesson 11: Story Solvers. Focuses on multi-step word problems involving division, using a "Two Rooms" framework to identify operations.

Teacher guide for Lesson 10: Decimal Dash. Focuses on equivalent expressions and the balanced shift logic for dividing decimals by decimals.

Student practice page for Lesson 10: Decimal Dash. Exercises focus on transforming decimal-by-decimal problems into equivalent whole-number problems.

Slide deck for Lesson 10: Decimal Dash. Focuses on creating equivalent expressions by multiplying both the dividend and divisor by powers of 10 to divide by a whole number.

Teacher guide for Lesson 9: Point Move. Details the money connection and spatial scaffolding techniques for dividing decimals.

Student practice page for Lesson 9: Point Move. Exercises include money-based decimal division and a guided Decimal Big 7 framework.

Slide deck for Lesson 9: Point Move. Introduces dividing decimals by whole numbers, connecting the concept back to place value and whole number division.

Teacher guide for Lesson 8: Remainder Rules. Focuses on the "Decision Tree" for interpreting remainders and provides physical scaffolding tips for Tier 2 intervention.

Student practice page for Lesson 8: Remainder Rules. Includes practice calculating remainders and choosing how to interpret them in real-world scenarios.

Slide deck for Lesson 8: Remainder Rules. Covers how to interpret remainders in real-world contexts (round up, ignore, or split) and how they appear in the Big 7 framework.

Teacher guide for Lesson 7: Double Divisor. Synthesizes the full division process and provides specific "Tier 2" strategies for managing cognitive load during 2-digit divisor problems.

Student practice page for Lesson 7: Double Divisor. Provides a scaffolded workspace for 2-digit divisor problems including a "Menu" setup and independent Big 7 practice.

Slide deck for Lesson 7: Double Divisor. Synthesizes rounding, menu-making, and Big 7 chunking to tackle division with two-digit divisors.

Teacher guide for Lesson 6: Guess Best. Explains the Round-Guess-Check loop and how to support students who struggle with two-digit multiplication.

Student practice page for Lesson 6: Guess Best. Focuses on rounding divisors and using those rounded numbers to select an appropriate first partial quotient.

Slide deck for Lesson 6: Guess Best. Introduces two-digit divisors and the strategy of rounding divisors to friendly multiples to estimate the first partial quotient.

Teacher guide for Lesson 5: Chunking Pro. Details the "Menu" scaffold to reduce cognitive load and strategies for comparing slow vs. fast chunking methods.

Student practice page for Lesson 5: Chunking Pro. Includes a guided "Menu" set-up for a specific problem and independent workspace for refining partial quotient efficiency.

A visual presentation for teaching the US standard algorithm for subtraction up to 6 digits. Includes place value concepts, regrouping rules ("More on the floor? Go next door!"), and a step-by-step walkthrough of the blueprint method.

Slide deck for Lesson 5: Chunking Pro. Focuses on increasing efficiency in partial quotients by using larger multiples of 10 and creating a fact "menu" before beginning calculations.

Teacher guide for Lesson 4: Ten Times. Emphasizes building place value shifting logic over "canceling zero" tricks and provides a money context for Tier 2 intervention.

Student practice page for Lesson 4: Ten Times. Exercises focus on place value shifting, scaling basic facts up to larger numbers, and a real-world ticket problem.

An instructional guide for teachers providing best practices, common pitfalls, and differentiation strategies for teaching the US standard algorithm for subtraction up to 6 digits.

Slide deck for Lesson 4: Ten Times. Focuses on place value patterns when dividing by multiples of 10 and 100, and how basic facts can be scaled to solve larger problems.

A blank 6-digit place value organizer designed for multi-step subtraction using the standard algorithm. Includes dedicated rows for regrouping/borrowing and clear column alignment up to the hundred thousands place.

Teacher guide for Lesson 3: Big Seven. Covers the "Friendly Chunk" concept, the "Menu" scaffolding strategy, and how to handle subtraction roadblocks.

Student practice page for Lesson 3: Big Seven. Provides a scaffolded Big 7 workspace for multi-digit division and a "Friendly List" of facts to assist with partial quotients.

Slide deck for Lesson 3: Big Seven. Introduces the partial quotients method using the visual "Big 7" framework and the concept of "Friendly Chunks".

Teacher guide for Lesson 2: Factor Flip. Includes instructional steps, scaffolding for non-fluent students, and evidence-of-learning indicators.

Student worksheet for Lesson 2: Factor Flip. Practice includes inverse fact families, missing side area models, and using friendly multiplication facts to solve division problems.

Slide deck for Lesson 2: Factor Flip. Focuses on the inverse relationship between multiplication and division, specifically using area models to find missing side lengths.

Teacher guide for Lesson 1: Fair Share. Includes pacing, objective, scaffolding tips for Tier 2 intervention, and discussion prompts.

Student practice page for Lesson 1: Fair Share. Exercises focus on distinguishing between sharing and grouping, plus an introduction to the area model.

Introductory slide deck for Lesson 1: Fair Share. Covers sharing vs. grouping concepts and introduces the area model as a visual strategy for division. Includes Turn and Talk prompts.

A student worksheet for calculating distances between points with common coordinates and solving coordinate-based geometry problems. Features an explorer theme.