Geometric classification, measurement of area and volume, and the study of transformations and rigid motions. Builds toward complex proofs, trigonometry for general triangles, and the algebraic representation of conic sections.
A comprehensive unit on classifying two-dimensional figures based on their properties and understanding the hierarchical relationships between different quadrilaterals.
A 4-day intensive reteach unit for 5th-grade math standards, styled as a high-stakes secret agent mission. Students solve task cards to crack codes and 'escape' daily challenges covering decimals, expressions, geometry, and measurement.
A 4-week project where students act as Space Architects, using coordinate planes, geometry, and numerical patterns to design a futuristic space station and present their plans.
A rigorous week of spiral math review for 5th-grade students. Each day features a 2-page worksheet covering mixed standards—including decimal operations, fraction arithmetic, multi-digit division, and volume—along with complex multi-step word problems and detailed answer keys.
A comprehensive collection of STAAR-aligned practice packets for 3rd-5th grade Math, RLA, and 5th grade Science, designed to build confidence and mastery through authentic test-style questions.
A comprehensive framework for K-5 RSP math instruction, including a California Common Core aligned scope and sequence of power standards and a leveled placement diagnostic.
A series of lessons designed to build fluency in mathematical notation and operations through visual and tactile learning.
A Tier 2 intervention unit focused on the hierarchical classification of two-dimensional figures, helping students understand that subcategories inherit the attributes of their parent categories.
A comprehensive geometry unit focused on rigid transformations: translations, reflections, and rotations. Students explore how shapes move across the coordinate plane while maintaining their size and shape.
This inquiry-driven sequence guides 5th-grade students through the logical hierarchy of two-dimensional figures, focusing on triangles and quadrilaterals. Students investigate properties, construct Venn diagrams, and defend geometric definitions through argumentation and debate.
A mastery-based sequence focusing on the logical hierarchy of geometric shapes, addressing complex classifications and property-based definitions through Venn diagrams and logic puzzles.
A game-based introduction to coordinate geometry where students learn to navigate grids, plot points, and transform shapes within a space exploration theme. Students transition from basic location-finding to complex mapping and translations.
A hands-on geometry sequence where students explore the building blocks of angles, identify right angles in their environment, and classify angles as acute, obtuse, or straight through inquiry and shape analysis.
A gamified geometry unit where 3rd grade students become 'Shape Sleuths' to master the classification of 2D figures through strategic play and deductive reasoning. Students progress from attribute identification to complex spatial composition and hierarchical classification.
A 5th-grade geometry sequence exploring the properties of angles, lines, and two-dimensional figures. Students develop deductive reasoning skills to classify triangles and quadrilaterals into hierarchical systems.
A game-based sequence focused on rapid identification and logical deduction using polygon properties through bingo, riddles, and simulations. Students build fluency in identifying shapes and distinguishing between subtle differences.
This mastery-based sequence focuses on precise mathematical communication and reasoning. Students engage in discussions and logic exercises to refine their definitions of shapes, moving beyond basic naming to attribute-based definitions and hierarchical relationships.
A 5-lesson geometry sequence where students investigate and classify quadrilaterals based on their attributes, moving from general polygons to specific hierarchical relationships like squares, rectangles, and rhombuses.
A 5th-grade geometry sequence focusing on the hierarchical classification of 2D figures through game-based learning and deductive reasoning. Students progress from attribute-based questioning to complex logic puzzles and coordinate-plane shape building.
A project-based unit where students act as architects to master the classification of 2D figures through real-world observation, design constraints, and structural analysis.
A scaffolded introduction to fractions designed for SIFE students with no literacy. This sequence moves from the concept of fair shares to counting equal parts and understanding unit fractions through high-visual support and Portuguese verbal anchors.
A two-week intensive spiral review of 4th-grade math standards designed for 5th-grade RSP students to bridge foundational gaps through short, focused daily practice.
A 3-day project-based learning experience where students design, budget, and run their own food truck business, integrating fractions, geometry, operations, and data analysis.
A four-day intensive unit on decomposing rectilinear figures to find total area, progressing from basic strategies to complex real-world architectural challenges. Students act as 'Blueprint Builders' to master vertical cuts, horizontal cuts, and additive/subtractive methods.
A math sequence for 5th graders focused on identifying and classifying 3D figures in the real world by analyzing their properties such as faces, edges, and vertices.
A comprehensive workshop-style sequence for 5th graders to master angle classification, precision measurement with protractors, and geometric construction. Students progress from visual benchmarks to technical drafting skills.
This sequence explores the fundamental building blocks of geometry—points, lines, rays, and angles—and how they combine to form polygons. Students will progress from identifying these elements in isolation to synthesizing them into complex shapes, using formal mathematical terminology to describe and decompose geometric figures.
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 comprehensive 5th-grade geometry unit focusing on the classification of 2D figures through their attributes, including triangles, quadrilaterals, and the use of Venn diagrams for hierarchical classification.
This sequence explores the relationship between 2D shapes and 3D solids through hands-on construction, analysis of attributes, and cross-sectional investigations. Students apply their knowledge in a culminating engineering challenge to build stable structures using geometric properties.
A workshop-style sequence that develops spatial reasoning through the exploration of line symmetry. Students move from physical manipulation to abstract identification, concluding with the creation of symmetrical designs.
This 5th-grade geometry sequence explores symmetry and spatial reasoning through art and movement. Students progress from concrete manipulation with mirrors and paper folding to abstract visualization of rotational symmetry and tessellations, culminating in a complex symmetrical art project inspired by cultural patterns.
A 5th-grade geometry unit where students act as "Geometric Explorers," moving from basic shape recognition to rigorous classification of polygons based on sides, angles, and properties using Venn diagrams and taxonomies.
This inquiry-based sequence focuses on algebraic thinking by exploring numerical patterns and functional relationships. Students progress from simple repeating and growing patterns to identifying explicit rules and using them to predict future terms.
A comprehensive collection of RIT-aligned math mastery resources for student and teacher tracking across key mathematical development ranges.
A comprehensive unit on 5th-grade volume standards, covering unit cubes, rectangular prism formulas, and additive volume of composite figures. Students move from concrete counting to abstract calculations and real-world problem-solving.
A set of targeted skill-building worksheets designed to guide students through common procedural math errors using step-by-step checklists and worked examples in a blueprint-inspired layout.
A collection of math challenges focused on operational fluency and geometric measurement.
A comprehensive collection of "thin-sliced" math thinking tasks for 5th Grade Illustrative Mathematics Units 5-8, designed using the "Building Thinking Classrooms" framework to promote deep mathematical reasoning and engagement.
A unit focused on 5th-grade geometry and measurement standards, specifically coordinate planes and volume calculation. Students apply mathematical concepts to real-world architectural scenarios.
A 5-day intensive intervention sequence focused on determining area using multiplication (3.6C) and calculating perimeter including missing side lengths (3.7B). The unit uses a 'Boundary Builders' construction theme to make geometric concepts concrete and engaging for small group instruction.
A specialized Tier 3 intervention sequence for 8th-grade students performing at a 5th-grade level, focusing on bridging foundational arithmetic to high school algebra concepts. This sequence uses concrete-representational-abstract (CRA) methods to explore area modeling, systems of equations, exponential patterns, and inequalities.
A Tier 2 intervention sequence for 5th-grade students focusing on solving complex volume problems. Students act as 'Volume Architects,' using blueprints and unit cubes to master multiplication formulas and the additive property of volume for composite figures.
A comprehensive 12-lesson intervention sequence focused on geometric measurement and volume (5.MD.C). Designed for Tier 2 small groups, it utilizes All Learners Network (ALN) High Leverage Concepts and Illustrative Mathematics (IM) instructional routines to build conceptual understanding from unit cubes to complex additive volume.
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.
This sequence connects geometry to physical space by exploring volume and the attributes of solid figures. Students progress from packing unit cubes to deriving and applying the standard volume formulas (V = l x w x h and V = B x h) to real-world engineering challenges.
This workshop-style sequence transitions students from visual estimation to precise measurement using a protractor. Students learn the logic behind the 360-degree circle and how to align a protractor correctly to read measurements.
A deep dive into geometric transformations, starting with the foundational concepts of symmetry and reflection through hands-on exploration and visual practice.
A comprehensive unit on lines of symmetry, exploring identification, drawing, and real-world applications through geometric and organic forms. Students will develop a deep understanding of balance and reflection.
A 5th-grade geometry sequence exploring line and rotational symmetry, spatial patterns, and tessellations through the lens of a drafting studio. Students analyze symmetry in nature, art, and design while developing precision in geometric transformations.
A project-based exploration of angles in engineering, architecture, and sports for 5th-grade students. Students identify, measure, and apply angle concepts to design a safe and functional playground.
A 5th-grade geometry sequence exploring the additive nature of angles, straight angles, complementary relationships, and solving for unknown angles through logic and deduction. Students move from concrete measurement to abstract calculation in a mystery-solving context.
This sequence focuses on the fundamental proficiency of using geometric tools to measure and construct angles with high precision. Students learn protractor mechanics, estimation techniques, construction procedures, and error analysis through an engineering and drafting lens.
A foundational math sequence for special education students (grades 5-6) focusing on algebraic thinking and spatial reasoning through highly visual, themed units.
A 6-lesson Tier 2 intervention designed to help students master the relationship between numerical patterns, converting them into ordered pairs, and graphing them on a coordinate plane using a cartography and exploration theme.
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.
A deep dive into the hierarchical relationships of quadrilaterals, moving from general categories like parallelograms to the specific properties of squares. Students use deductive reasoning and visual mapping to understand how figures can belong to multiple categories simultaneously.
A 5th-grade geometry sequence that integrates coordinate plane mastery with polygon construction, distance analysis, and basic transformations through a game-based and project-oriented approach.
A 5-lesson sequence for 5th Grade students focusing on the conceptual development of volume using unit cubes, specifically designed for academic support. Students progress from physical building and counting to discovering the multiplicative formula and applying it to composite shapes and real-world design challenges.
A 5th-grade math sequence focused on volume formulas through the lens of packaging engineering. Students analyze real-world efficiency, optimize dimensions, design nets for prototypes, and solve complex 'volume within a volume' shipping problems.
An inquiry-based exploration of curved geometric figures for 5th graders, using hands-on discovery, water displacement, and granular materials to understand volume and capacity relationships.
A comprehensive 5th-grade geometry unit focused on calculating the volume of composite rectangular prisms through decomposition and subtraction. Students transition from hands-on manipulation to interpreting complex blueprints and designing their own architectural structures.
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 5th-grade math sequence that moves students from concrete visualization of unit cubes to the abstract application of volume formulas. Students explore volume as space-filling, derive the formula through layering, and solve complex problems involving rectangular prisms.
A project-based exploration of additive volume where students act as spatial architects to decompose complex 3D structures and design their own volume-constrained modules.
This workshop-style sequence transitions students from counting cubes to applying standard algorithms for calculating volume. Students derive and master the formulas V = l × w × h and V = B × h, progressing from straightforward calculations to solving for missing dimensions and complex real-world word problems.
A 5th-grade geometry sequence that introduces volume conceptually through the use of unit cubes, progressing from physical packing to visualizing layers and discovering the volume formula.
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.
A 3-day math tutoring sequence focused on moving students from RIT 191-200 to 201-210 in Numerical Representations and Relationships, specifically targeting fractions, division with remainders, and coordinate planes.
A 2-part unit on the coordinate plane using a baseball theme, moving from first-quadrant basics to full four-quadrant navigation.
A comprehensive 4-lesson small group intervention series focused on TEKS 5.4C and 5.8C. Students master generating numerical patterns from rules, plotting ordered pairs in the first quadrant, and solving real-world coordinate plane problems.
A comprehensive unit on the coordinate plane designed for Special Education students, transitioning from the first quadrant to all four quadrants using visual scaffolding and clear navigation-themed guides.
A Grade 5 intervention sequence focused on mastering the first quadrant of the coordinate plane through real-world contexts like hiking and plant growth. Students learn to plot points and interpret their meaning in specific mathematical and physical situations.
A Tier 2 intervention unit focused on numerical patterns, relationships, and coordinate graphing for 5th grade students. Students use linking cubes and color-coded sequences to bridge the gap between concrete patterns and abstract graphing.
A 2-lesson intervention sequence focused on mastering the first quadrant of the coordinate plane through hands-on exploration and pattern-based plotting. Students develop a strong foundation in the 'over, then up' protocol to bridge the gap between basic graphing and algebraic patterns.
A 4-lesson intervention sequence focused on the fundamentals of the coordinate plane, specifically the first quadrant. Students progress from identifying axes to plotting patterns from numerical rules using a consistent 'Run then Jump' protocol.
A project-based unit where 5th-grade students transition from 2D shapes to 3D figures, acting as packaging engineers to explore volume, structural properties, and the volume formula.
An enrichment sequence for 5th graders to explore the volume of curved 3D shapes (cylinders, cones, and spheres) through hands-on inquiry, displacement, and relational thinking. Students bridge the gap between prism formulas and the unique properties of curved solids.
