Foundational fraction equivalence, ordering, and operations across the rational number system. Addresses multi-digit computation, decimal conversions, and the distinction between rational and irrational numbers.
A comprehensive unit on fractions covering identification, decomposition with tape diagrams, equivalent fractions, and representing fractions on a number line. Students act as 'Factory Engineers' to build and analyze numerical parts.
A comprehensive diagnostic suite for grades 2-5 designed to identify specific skill gaps in foundational math domains aligned to the Iowa Core standards. This series helps educators pinpoint exactly where students have discrepancies in place value, arithmetic, and early rational numbers.
A series of small-group sessions designed to build foundational fraction skills, from basic identification of parts of a whole to understanding fractions greater than one and fractions of a set. Each session is designed for a 15-20 minute timeframe.
A Tier 2 intervention sequence designed for 5th-grade students struggling with adding and subtracting fractions with unlike denominators. The sequence follows a concrete-representational-abstract (CRA) progression, moving from visual models to standard algorithms and mixed numbers.
A comprehensive 7-lesson intervention sequence designed to build conceptual fraction understanding through visual models, number lines, and scaffolded practice. The sequence moves from basic area models to adding and subtracting with unlike denominators, prioritizing 'why' over 'how'.
A series of targeted interventions focusing on foundational fraction concepts, specifically partitioning and representing fractions on number lines.
An intensive Tier 2 intervention sequence designed for small groups to master mixed numbers and improper fractions. This series builds conceptual understanding and procedural fluency through visual modeling and structured architectural-themed practice.
A comprehensive 12-lesson Tier 2 intervention sequence for 5th-grade fractions. Following ALN High Leverage Concepts and IM methods, this unit covers equivalent fractions, addition, subtraction, multiplication, and division of fractions using visual models and conceptual strategies.
A hands-on sequence designed for students needing academic support to master fraction equivalence and operations through concrete modeling. Students use physical manipulatives like towers, blocks, and overlays to bridge the gap between abstract symbols and conceptual understanding.
A 5-lesson sequence for 4th-grade students (Special Education support) focused on using manipulatives like fraction strips and tiles to understand equivalence and comparison. The sequence moves from concrete exploration of denominators to abstract placement on a number line, culminating in a student-created reference guide.
A comprehensive journey from area models to linear representations of fractions. Students explore the interval between whole numbers, partition number lines into equal segments, and locate fractions as distances from zero, extending their understanding to values greater than one.
A sequence focused on using bar models to visualize and solve complex math problems, specifically designed for students needing academic support in executive functioning and working memory. Students progress from concrete block representations to abstract multi-step problem decomposition.
A 5th-grade workshop sequence focusing on the mechanics and precision of graphing, from basic anatomy to complex scaling and data conversion. Students develop the skills to represent data accurately and interpret scales with precision.
A 5th-grade math sequence focusing on calculating the area of rectangles with fractional and decimal side lengths. Students progress from visual tiling to formal multiplication, distinguish area from perimeter, and apply their skills in a floor plan design project and a final garden-themed assessment.
Students transition from concrete unit cube packing to abstract volume formulas (V=lwh, V=Bh) with a specific focus on rectangular prisms with fractional edge lengths. The sequence culminates in real-world application through shipping logistics and a design challenge.
Students become junior architects, mastering estimation and precise measurement using metric and customary units to design classroom floor plans.
A 5th-grade culminating project where students apply fraction and decimal operations to run a small business, manage a budget, and analyze profit and loss.
This sequence strengthens student understanding of fractions as numbers through a rigorous workshop model designed to solidify foundational concepts before advanced operations. Students progress from identifying unit fractions to constructing complex fractional values using area models, set models, and number lines.
This sequence shifts student understanding of fractions from area models to linear measurement. Students explore fractions as distances on a number line through physical movement, paper folding, games, and estimation, eventually extending their understanding to fractions greater than one.
Students transition from area models to linear models, representing fractions as specific locations and distances on a number line. The sequence progresses from physical paper folding to abstract plotting and real-world measurement beyond one whole.
A diverse collection of high-quality math resources spanning grades 2 through 5, focusing on core arithmetic, fractions, and place value concepts.
A comprehensive math sequence for grades 3-5 focused on comparing and ordering fractions with unlike denominators through visual models, number lines, and hands-on bakery-themed activities.
A mathematical exploration of data representation where students act as botanists, measuring plant specimens and using line plots with fractions (1/2, 1/4, 1/8) to analyze growth patterns and solve problems.
A specialized intervention sequence focused on Grade 5 measurement and data, specifically creating and interpreting line plots with fractional measurements (\(1/2\), \(1/4\), \(1/8\)) and using fraction operations to solve problems.
A Grade 5 Tier 2 intervention sequence focused on understanding multiplication as scaling (5.NF.B.5), helping students compare products to factors without calculation using visual models like number lines and Cuisenaire rods.
A comprehensive math review sequence for 5th grade students, specifically targeting standards from the NY Interim Assessment 3. This unit covers decimals, whole number and decimal operations, fractions, and volume through direct instruction and differentiated practice.
A comprehensive 12-lesson Tier 2 intervention sequence for 5th-grade students focusing on 5.NF.B standards (Multiplication and Division of Fractions). This sequence utilizes All Learners Network High Leverage Concepts and Illustrative Mathematics instructional routines to build conceptual understanding through visual models and explicit instruction.
A comprehensive 12-lesson intervention sequence for 5th-grade place value and multi-digit operations. This program breaks down high-leverage concepts into granular steps: from whole number and decimal digit shifts (5.NBT.A.1) to scaffolded area models and the standard algorithm for multiplication (5.NBT.B.5), and partial quotients division with 2-digit divisors (5.NBT.B.6).
This sequence addresses the conceptual hurdles of fraction operations by utilizing number lines as a concrete visual anchor. Students move from placing fractions on a line to visually estimating and calculating sums and differences using movement and length to represent value.
A comprehensive 3-day math sequence focused on TEKS 5.3K, where students learn to fluently add and subtract positive rational numbers involving both decimals and fractions in the same expressions through a construction-themed 'Rational Builders' unit.
A series of 3 lessons focused on mastering decimal place value and ordering decimals on a number line, following Illustrative Mathematics Grade 5 Unit 5 Section A. Students use a map-making theme to explore tenths, hundredths, and thousandths.
A 12-session tier 2 intervention sequence designed to build conceptual mastery of fraction division. Grounded in All Learners Network (ALN) principles, students progress from visual measurement models to the common denominator strategy and eventually the standard algorithm through deep reasoning and high-leverage concepts.
A series of lessons designed for remedial 5th/6th grade students to master fraction operations through visual modeling, manipulatives, and conceptual understanding.
A collaborative mathematics lesson focusing on adding mixed numbers with regrouping. Students work in teams to master the regrouping algorithm through a relay-style activity after analyzing instructional video content.
A 5-lesson sequence designed to help 5th-grade students master fraction operations through concrete manipulatives. Students move from physical towers to abstract algorithms, building a deep conceptual understanding of why common denominators are essential for addition and subtraction.
A three-day intensive math unit focused on TEKS 5.3(K), where students manage the budget and logistics for a 'Grand Gala' event. Students practice multi-step addition and subtraction of decimals and fractions through realistic planning scenarios.
A 3-day small group math sequence for 5th grade focused on TEKS 5.3K. Students learn to fluently add and subtract positive rational numbers by converting between fractions and decimals and using the Read-Draw-Write strategy for STAAR-aligned word problems.
A comprehensive math and SEL integration designed for Grades 5-6, focusing on multi-step fraction word problems through the lens of growth mindset and productive struggle. Students learn to reframe mistakes as data points and persistence as a measurable skill.
A Tier 2 intervention sequence focused on building conceptual understanding and procedural fluency for adding and subtracting fractions with unlike denominators. Students use visual models and Cuisenaire rods to discover common units and create equivalent fractions.
A 4-day math sequence for 5th grade focused on adding/subtracting mixed rational numbers (5.3K) and modeling decimal division (5.3F) within a "Math Market" theme.
A comprehensive math lesson for 5th graders focused on adding mixed numbers with regrouping, themed around baking a 'Giant Cookie' for a bakery. Includes visual instruction via video, hands-on recipe calculation, and reflection.
A comprehensive sequence focused on mastering mixed number operations through visual modeling, hands-on manipulatives, and algorithmic fluency.
A 4-day small group reteach sequence for 5th-grade students focusing on decimal multiplication and division. The sequence uses hands-on strategies, place value relationships, and pictorial models to solve real-world mathematical discoveries.
A Tier 2 intervention unit focused on understanding multiplication as scaling. Students explore how multipliers greater than, less than, or equal to one affect the size of the product compared to the original factor.
A Tier 2 intervention sequence focused on dividing unit fractions by whole numbers and vice versa, using bakery-themed visual models and story-based learning. Students use fraction strips, number lines, and area models to master 5.NF.B.7.
A focused unit on fraction operations, moving from basic multiplication to division using reciprocals and algorithmic shortcuts.
A lesson sequence focused on 5th-grade fraction multiplication, connecting visual area models to procedural formulas through interactive shading and video analysis.
This sequence immerses 5th-grade students in real-world scenarios requiring fraction division. Students learn to distinguish between multiplication and division contexts, translate stories into equations, and solve complex multi-step problems using visual modeling and linguistic clues.
This sequence guides 5th-grade students from visual models to the standard algorithm for dividing fractions. Students discover the relationship between division and multiplication through reciprocals, build fluency with the algorithm, and apply their knowledge to solve complex problems and analyze common errors.
A project-based math sequence where students apply mixed number division to design a Tiny House, focusing on conversion, algorithms, and real-world interpretation of remainders.
This sequence builds a strong conceptual foundation for fraction division by using visual models (tape diagrams, number lines, area models) before introducing algorithms. Students explore dividing whole numbers by unit fractions and vice versa, mastering the 'how many groups' vs 'sharing' interpretations of division.
Students act as supply chain managers for an international relief organization, using decimal and fraction arithmetic to manage budgets, logistics, and resource distribution in real-world scenarios.
A 5th-grade geometry sequence focusing on applying volume formulas, finding missing dimensions, and solving real-world problems. Students transition from basic volume calculation to algebraic thinking by working backward from known volumes to find unknown heights or base areas.
A Tier 2 intervention sequence focused on mastering decimal operations to the hundredths place using place value models, estimation, and real-world contexts. Designed for 5th-grade students needing targeted support with Colorado Standard 5.NBT.B.7.
A collection of Valentine's Day math packets at two different levels (Level 1 and Quest), covering budgeting, graphing, measurement, time, and word problems.
A Tier 2 intervention sequence focused on developing deep conceptual understanding of rounding decimals using place value and number line reasoning, aligned with Colorado standard 5.NBT.A.4.
A 12-lesson Tier 2 intervention sequence for 5th Grade NBT standards, focusing on conceptual understanding through visual models, manipulatives, and explicit instruction following ALN and IM frameworks.
A sequence focused on converting decimals to fractions and simplifying them, using a 'Decimal Lab' theme where students act as scientists fusing numbers.
A math sequence focused on mastering decimal operations through real-world financial literacy and budgeting scenarios. Students learn to line up decimals, use placeholder zeros, and regroup through hands-on cafe simulations.
This sequence uses the Concrete-Representational-Abstract (CRA) framework to teach decimal place value through the lens of financial literacy. Students move from manipulating physical currency to drawing models and finally using standard algorithms to manage budgets.
This sequence uses the Concrete-Representational-Abstract (CRA) framework to teach decimal operations through the lens of financial literacy. Students move from physical base-ten blocks representing currency to visual grid models and finally to standard algorithms for real-world budgeting.
A 5-lesson sequence for 5th-grade students focused on using base-ten blocks to master decimal place value, addition, and subtraction. Students transition from concrete manipulation to representational drawings and finally to the standard algorithm.
This sequence builds a conceptual foundation for decimals by linking them to fractions and area models. Students progress from physical base-ten models to writing tenth and hundredth notation, culminating in a mosaic design project.
This sequence connects abstract decimal fractions to tangible measurement and data analysis. Students act as scientists and analysts using metric tools, financial data, and sports timing to understand the necessity of precise decimal notation.
A comprehensive 6th-grade math unit that uses the number line as a primary tool for understanding the magnitude, ordering, and comparison of decimals. Students transition from visualizing tenths to 'zooming in' on hundredths and calculating midpoints.
A 4th-grade math unit that uses money and shop-based simulations to teach decimal operations, focusing on place value alignment, regrouping, and real-world subtraction.
A 5-lesson sequence applying decimal fractions to measurement, money, and data analysis. Students act as scientists and analysts to master tenths and hundredths through hands-on simulations and real-world budgeting.
A 10-week spiral multiplication curriculum for 5th grade, focusing on building conceptual understanding through models and moving toward procedural fluency with whole numbers and decimals. Each week introduces new concepts while revisiting previous ones to ensure long-term retention.
A math unit focused on mastering decimal operations through problem-solving, visual modeling, and critical thinking.
Students step into the role of supply chain coordinators to master unit conversions. They navigate customary and metric systems through the lens of warehouse logistics, international shipping, and multi-step problem solving.
A 5th-grade math sequence exploring fractions as division and their placement on number lines. Students move from concrete sharing scenarios to abstract linear models, master mixed numbers, and use benchmark reasoning to compare magnitudes.
This sequence guides 5th-grade students through converting measurements within the U.S. Customary and Metric systems. It emphasizes the relationship between unit size and quantity, leveraging place value for metric units and visual models for customary units, culminating in multi-step real-world problem solving.
This sequence introduces 5th-grade students to the first quadrant of the coordinate plane, specifically focusing on plotting and reading rational numbers (fractions and decimals). Students will progress from building the axes to using coordinates for navigation, geometric analysis, and strategic gaming.
A 5th-grade sequence exploring the rational number system through real-world applications including temperature, elevation, and finance. Students learn to interpret zero as a reference point and order integers and decimals in practical contexts.
This workshop-style sequence empowers students to fluently translate between fraction and decimal notations to compare values effectively. Students explore fractions as division, use powers of ten for conversion, and master ordering mixed data sets.
A 5-lesson sequence for 5th-grade students focusing on the conceptual 'zooming' of the number line to understand decimals. Students progress from tenths to thousandths, using spatial reasoning to compare, order, round, and discover the density of rational numbers.
A 6th-grade math unit that applies GCF, LCM, and decimal operations to real-world logistics and supply chain management. Students act as logistics managers, optimizing cargo loads, scheduling fleet departures, and calculating operating costs and profit margins.
A 5-lesson unit where students master multi-digit decimal operations by running a simulated small business, from inventory management to final profit reporting.
This mastery-based sequence integrates all four operations into multi-step problem-solving scenarios. Students learn to decipher word problems, use bar models for visualization, and fluidly switch between operational rules through a professional 'Operations Agency' theme.
This 5th-grade sequence transforms math error analysis into a 'Math Detective' investigation. Students move from categorizing types of mistakes to reverse-engineering flawed logic and creating personalized self-correction guides, fostering metacognitive awareness and a growth mindset.
A sequence focused on conceptualizing fraction division through visual area models, progressing from whole numbers to fraction-by-fraction division for 6th-grade students needing academic support.
Students transition from rote arithmetic to applying fraction operations within the context of architectural design and resource management, culminating in a blueprint design project.
