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 focused re-teach lesson for 6th-grade standard 6.NS.6b (Reflections). Students master the rules for reflecting points across the x and y axes through visual mapping, mental rules, and repeated practice.
A specialized skill-building lesson focusing on standard 6.EE.7, 6.EE.8, and 6.NS.6. Students learn to use the process of elimination to solve one-step equations, identify inequality constraints, and map points on the coordinate plane.
A comprehensive review of angle relationships and triangle properties, featuring guided scaffolds and visual equation solving. Students will master identifying angles, solving for unknowns, and applying triangle theorems.
A focused mini-lesson on identifying, calculating, and analyzing complementary and supplementary angles using color-coded visual supports and real-world architect-themed scenarios.
A comprehensive math benchmark assessment covering key standards from Grade 1 through Grade 6, designed to track student progress and identify skill gaps.
A critical thinking lesson focused on identifying and correcting common misconceptions in fraction division word problems, specifically regarding the interpretation of remainders and mixed number quotients.
A targeted challenge focusing on solving multiple-choice problems using the process of elimination. Covers division of fractions, unit rates, and equivalent expressions through a detective-themed investigation.
A deep dive into 6th-grade geometry, focusing on area of polygons, surface area using nets, and volume of prisms through an architectural drafting lens.
An essential guide to 6th-grade expressions and equations, covering variable basics, writing algebraic statements, and solving one-step equations through a laboratory-themed reference set.
A comprehensive introduction to ratios and unit rates for 6th-grade students, featuring a detailed reference sheet and a practice activity for mastering proportions.
A set of interactive study resources designed to help students review key domains for the NYS Math Test through active creation and synthesis of information.
A comprehensive lesson covering the area of trapezoids, surface area of rectangular prisms and cubes, and the volume of triangular prisms using a technical blueprint aesthetic.
A foundational lesson on calculating the area of rectangles using the formula A = l x w. This lesson uses a blueprint theme to provide real-world context and includes scaffolded supports for 6th-grade learners.
A hands-on exploration of area formulas for rectangles and parallelograms, showing how one shape transforms into the other through cutting and sliding.
A lesson focused on calculating the area of rectangles with fractional and mixed number side lengths by relating the concept to multiplication. Students will practice converting mixed numbers to improper fractions and applying the area formula.
A lesson focused on calculating the area of squares and rectangles using whole numbers, themed around architectural blueprints.
A comprehensive lesson on calculating the area of squares, triangles, and circles, featuring architectural themes and step-by-step drafting techniques.
A pair of diagnostic assessments designed to pinpoint gaps in foundational number sense, fractions, and decimals, bridging 3rd-4th grade concepts to 5th grade mastery in preparation for 6th grade math.
Explores geometric concepts like area and volume alongside statistical measures of center and data visualizations.
Reviews algebraic expressions, one-step equations, and inequalities, including modeling real-world scenarios with variables.
A hands-on interdisciplinary lesson blending geometry and art. Students explore M.C. Escher's work to understand and apply translations, rotations, and reflections through the creation of original tessellating patterns.
An introductory lesson covering the building blocks of geometry: points, lines, planes, rays, segments, and angles.
A hands-on geometry lesson where students act as structural engineers to discover the Triangle Inequality Theorem through sorting and investigation.
Students act as architects to verify the structural integrity of triangular designs using the Triangle Inequality Theorem. They perform numeric checks, analyze visual models, and solve word problems to determine if three side lengths can form a valid triangle.
A foundational geometry lesson on the Triangle Inequality Theorem, using a construction theme to help students visualize how side lengths interact. Students use guided notes and a hands-on sorting activity to master the rule that the sum of the two shorter sides must be greater than the longest side.
In this lesson, students explore the fundamental properties of triangles based on their side lengths. They will learn to classify triangles as equilateral, isosceles, or scalene and master the Triangle Inequality Theorem to determine if any three side lengths can actually form a closed triangle.
A comprehensive logic lesson where students act as detectives to identify rules in visual and numerical sequences, building inductive reasoning and prediction skills.
A comprehensive assessment on circle geometry, focusing on identifying key parts and calculating radius and diameter.
A simplified lesson on the Triangle Sum Rule, focusing on 3-letter angle naming and solving for missing angles using one-step equations with whole numbers.
A hands-on lesson focusing on the precise measurement of acute, obtuse, and right angles using a protractor. Students will practice measuring angles in various orientations to build spatial reasoning and technical accuracy.
A lesson focused on calculating the circumference of circles given either the radius or diameter, using a creative coloring activity format.
Une séance d'exercices différenciés sur la proportionnalité et les échelles (données graphiquement) pour trois niveaux de difficulté.
A focused lesson on trapezoids covering their defining properties, special types (right and isosceles), and calculations for area. Includes a visual presentation and a guided fill-in-the-blank worksheet for students.
Une séance complète de 50 minutes sur le calcul du périmètre d'un cercle avec trois niveaux de difficulté pour répondre aux besoins de tous les élèves de 6ème.
A collection of challenging math problems focusing on number theory, geometry, combinatorics, and algebra, designed for middle school students preparing for GAIM and similar math competitions.
A comprehensive assessment and review covering inequalities, angle relationships, triangles, quadrilaterals, and scale drawings from the third quarter.
A comprehensive math lesson for grades 5-6 focused on classifying triangles and quadrilaterals. Students explore hierarchical relationships and property inheritance through the lens of architectural design.
A comprehensive lesson on identifying and classifying all types of quadrilaterals, from common shapes like squares and rectangles to irregular polygons. Students explore properties through visual identification and true/false logic challenges.
A project-based lesson where students apply geometry skills to design and build a 3D miniature city, focusing on polyhedra, volume, and spatial reasoning.
A targeted Tier 2 intervention lesson for 6th grade students on finding the surface area of prisms and pyramids by 'unfolding' them into nets. This lesson uses a construction blueprint theme to help students track and calculate the area of individual faces before summing them for the total surface area.
A comprehensive lesson on calculating the area of irregular rectilinear shapes by decomposing them into smaller rectangles. Includes tiered practice, a project-based learning guide, and a detailed assessment rubric.
General administrative and planning resources for the Math Intensive Lab sequence, including the unit overview and sequence-wide instructional supports.
A project-based learning lesson where students design a miniature city using 2D and 3D geometric shapes to master geometry vocabulary and spatial reasoning.
An interdisciplinary exploration of geometry in world-famous art and architecture, where students analyze symmetry and shape before creating their own geometric masterpieces.
Covers ratios, unit rates, and percents, teaching students how to apply proportional reasoning to real-world problems.
Focuses on number sense, decimal and fraction operations, GCF, and LCM to build a strong computational foundation.
A comprehensive review lesson for 6th Grade Math TEKS, focusing on numerical representations, computations, geometry, and data analysis through a ninja-themed challenge.
This lesson provides Grade 6 students with rigorous open-response practice for the MCAS math exam, focusing on equivalent expressions, surface area, and volume. Students will apply their knowledge to multi-part engineering and design challenges.
A comprehensive practice set covering the five major domains of Grade 6 Mathematics to prepare students for the MCAS state assessment. Includes multiple-choice and open-response questions modeled after official test items.
A comprehensive Grade 6 math test prep lesson specifically aligned to the Arkansas ATLAS standards. It covers ratios, the number system, expressions/equations, geometry, and statistics through the lens of critical algebraic reasoning.
A comprehensive geometry practice set for middle school students, focusing on NC EOG standards for grades 6-8, including area, volume, and the Pythagorean theorem.
A high-impact mini-lesson focusing on common NC EOG traps in geometry and measurement, covering area vs. perimeter, volume concepts, and unit conversions.
A comprehensive geometry and measurement assessment featuring multi-step problems aligned with North Carolina EOG standards for grades 3 through 8.
A hands-on engineering project where students design packaging for a folding chair, calculating the precise surface area and volume required for production.
A comprehensive math lesson on calculating the volume of rectangular prisms and composite figures using NC-themed contexts like sweet potato shipping and aquarium design. Students progress from unit cubes to formulas and decomposition, aligned with NCSCOS 5th and 6th-grade standards.
A foundational lesson on calculating the surface area of prisms and pyramids, specifically designed for students needing extra support through clear visuals, step-by-step formulas, and vocabulary scaffolding.
Final comprehensive review of all 6th-grade NC standards with a focus on testing strategies and fluency.
Applying all standards to word problems and high-level thinking questions in preparation for finals.
Reviewing multi-step percent problems, complex coordinate geometry, and variability in data.
Deepening understanding of statistical measures, algebraic properties, and volume with fractional side lengths.
Focusing on surface area, independent/dependent variables, and real-world ratio applications.
Expanding on foundations with coordinate planes, inequalities, evaluating complex expressions, and area of composite figures.
The first week of the blueprint spiral focusing on foundational fraction division, ratio introduction, basic exponents, and area of polygons.
A comprehensive diagnostic assessment designed to evaluate a student's readiness for 7th-grade mathematics, covering key 6th-grade standards including ratios, the number system, expressions, and geometry.
Explores 8th-grade concepts like slope as a fraction (rise over run) and identifying rational vs. irrational numbers in structural engineering.
Covers 7th-grade topics including complex fractions, unit rates, and scaling designs for construction projects.
Focuses on 6th-grade fraction operations (addition, subtraction, multiplication, division) through the lens of foundational construction measurements.
A comprehensive set of visual reference tools and practice materials for middle school life skills students to master basic math operations, geometry, and graphing.
Students become maritime explorers as they master the four-quadrant coordinate plane. They will plot landmarks, track moving targets, and calculate distances across the 'Uncharted Isles' using absolute value logic.
A lesson exploring negative numbers through horizontal and vertical number lines, ordering integers, and navigating the four-quadrant coordinate plane using a deep-sea exploration theme.
A geometry project where students design a futuristic city park using complex polygons, coordinate geometry, and volume calculations. This project-based learning investigation challenges students to balance aesthetic design with mathematical constraints and cost-efficiency.
A comprehensive lesson on calculating the volume of various prisms and cylinders, featuring visual aids and practice problems to master the concept of base area multiplied by height.
A comprehensive 45-minute TEKS-aligned review for grades 6-8 covering proportional relationships, equations, and geometry through a construction-themed 'Blueprint Builders' challenge. Includes STAAR-style items and error analysis.
A hands-on exploration of volume for cubes and rectangular prisms, transitioning from counting unit cubes to applying the formula. Designed for diverse learners with visual aids, partner challenges, and blueprint-themed practice.
A focused lesson on solving one- and two-step word problems involving area, perimeter, and volume of rectangular shapes using whole numbers. Students apply measurement formulas to real-world architectural and design scenarios.
A Tier 2 intervention lesson focused on decomposing composite 3D figures and applying volume formulas (V = l x w x h and V = B x h). Students use a 'Slice and Solve' strategy to navigate complex rectangular prisms through building, sketching, and word problem application.
A Tier 2 small group intervention focused on understanding volume with fractional edge lengths through unit cube packing and formula application ($V = lwh$ and $V = Bh$). Students move from concrete packing models to abstract formula use.
A Tier 2 intervention lesson focusing on the volume of right rectangular prisms through a concrete-representational-abstract progression, moving from unit cube packing to formula application.
A Tier 2 intervention lesson focusing on finding the volume of rectangular prisms with fractional edge lengths using the CRA (Concrete-Representational-Abstract) sequence. Students progress from packing unit fraction cubes to applying the standard volume formula in real-world contexts.
A creative geometry project where students design a house using triangular rooms, focusing on calculating missing dimensions (base or height) when given the area.
