A focused set of materials for mastering 3-digit subtraction with regrouping across a single place value, featuring technical blueprint-style visuals and structured practice.

A comprehensive lesson on estimating products of 2-digit by 1-digit multiplication by rounding to the nearest ten, featuring a construction-themed approach to 'building' estimates.

A lesson focused on comparing fractions with the same denominator or the same numerator using visual area models and number lines. Students will develop a conceptual understanding of fraction size through visual representation.

A high-energy math vocabulary review game designed for third graders. This lesson covers multiplication, division, measurement, fractions, and geometry through a Jeopardy-style competitive format.

Practice in estimating and measuring liquid volumes using liters and milliliters, with mental math exercises and scale reading.

Introduction to liquid volume and the liter as a standard metric unit, featuring container comparisons and visual estimations.

Introduction to weight, standard units (grams and kilograms), and estimation techniques using real-world objects and pets.

A comprehensive 3rd-grade math review game based on MCAS standards and Savvas curriculum, covering operations, place value, fractions, measurement, and vocabulary.

A high-energy Jeopardy-style review game focusing on essential third-grade mathematics vocabulary across six core domains, designed to reinforce terminology before assessments.

Students solve single-step division word problems using basic facts and larger numbers with 1-digit divisors, supported by a multiplication chart reference.

A foundational lesson on multi-digit multiplication using color-coded place value strategies and the area model to support students working significantly below grade level.

A lesson focused on breaking down complex, multi-step word problems using the four operations through graphic organizers and visual modeling.

A series of five reading comprehension worksheets for 3rd grade, focusing on cause, effect, and main idea. Each worksheet features a unique passage with five EOG-style multiple-choice questions and space for student annotations or notes.

A lesson focused on introducing and practicing telling time to the half-hour, connecting analog and digital representations.

A series of five targeted worksheets designed to review 3rd-grade fraction concepts through various visual models, including bar models, circle areas, set models, and number lines. Each worksheet prepares students for EOG-style questions with rigorous practice and dedicated workspace.

Une évaluation complète de calcul mental pour les élèves de CE2, conçue pour tester les compétences clés de fin de cycle 2. Comprend une fiche de test pour l'élève et un corrigé pour l'enseignant.

A mini-lesson introducing probability concepts through the lens of 'The Luck Lab', covering vocabulary (certain to impossible) and fractional representations.

A comprehensive set of small group activities where students calculate unknown angles and determine the area of various figures using tiling and equations. The lesson uses a 'Blueprint Builders' theme to engage students in real-world mathematical applications.

A comprehensive lesson on comparing and representing fractions using area and length models within a bakery-themed context. Students will practice comparing fractions with like numerators or denominators and identifying equivalent fractions and whole numbers.

A collection of visual anchor charts and posters designed to teach basic coin identification, counting, and making change from a dollar. These materials use large visuals and clear strategies for early elementary students.

This lesson focuses on the hierarchical classification of quadrilaterals, helping students understand that subcategories inherit properties from their parent categories.

Classroom-ready anchor charts and independent worksheets for NC.3.NF.3 and NC.3.NF.4, focusing on equivalent fractions, wholes, and comparison strategies.

A hands-on exploration of fractions where students identify and sort fractions based on their denominators using various representations including number lines, area models, and numerical forms.

A comprehensive lesson on equivalent fractions and adding/subtracting fractions with like denominators, featuring a science lab theme.

A lesson focused on solving real-world area and perimeter problems, including finding unknown side lengths and comparing rectangles with different dimensions but shared properties. Students act as junior architects to design and analyze blueprints.

A foundational lesson on classifying angles as acute, obtuse, or right, serving as a prerequisite for measuring with a protractor. Students will identify, classify, and sketch angles within a technical blueprint-themed environment.

A quick introductory lesson focusing on the fundamental concept of probability as a ratio of favored outcomes to total possible outcomes.

In this lesson, students become 'Perimeter Detectives' to solve for missing side lengths in regular polygons and rectangles. They use their knowledge of polygon properties and addition/subtraction to calculate perimeters and individual side measurements.

A specialized practice lesson on 4-digit addition and subtraction where every problem requires regrouping or carrying, presented on a clear grid layout for alignment.

A comprehensive review of area and perimeter concepts including a spiral review assessment.

Challenges students to find missing side lengths when the total perimeter is known.

Introduces perimeter as the distance around a shape and calculates it by adding all side lengths.

Connects area to multiplication by partitioning rectangles and using the Length x Width formula.

Focuses on relating area to tiling and counting square units to understand the concept of space inside a 2D figure.

A comprehensive lesson focused on solving one-step and multi-step addition and subtraction word problems within 1,000 using a detective-themed investigative approach.

A focused lesson on multiplying 2-digit numbers by 1-digit numbers, emphasizing the standard algorithm and area model strategies.

Students interpret and create line plots using measurement data involving fractions.

Students combine their knowledge of halves and fourths to measure more precisely and explore fraction equivalence.