A lesson focused on solving word problems where a quantity is a fraction of an unknown whole, using visual models like tape diagrams and double number lines.

A lesson focused on identifying and generating equivalent fractions using fraction bar models, themed around building and masonry.

A collection of materials focused on 3rd-grade addition and subtraction word problems up to 1000, themed around wildlife rescue missions to engage students in real-world mathematical applications.

A fast-paced, game-show style lesson focusing on mixed numerical operations and word problems. Students practice addition, subtraction, multiplication, and division through a collaborative Jeopardy-inspired format.

A lesson focused on using visual fraction models (tiles) to solve word problems involving mixed numbers divided by fractions. Students will learn to represent the dividend with tiles and determine how many divisor groups fit.

A castle-themed math lesson focused on solving one-step addition and subtraction problems up to 1000 using various strategies like grids and number lines.

A hands-on lesson where students apply metric conversion skills for length and volume to solve real-world word problems using station-based task cards.

A collection of geometry lessons adapted for 2nd grade, focusing on identifying flat shapes by their attributes, exploring symmetry, and drawing geometric figures. This lesson covers basic shape properties, triangle and quadrilateral identification, and the fundamentals of symmetry.

A comprehensive unit on even/odd numbers, skip counting, and rectangular arrays for 2nd grade. Students explore patterns using visual representations and context-based activities.

Advanced practice for dividing 3-digit dividends by 1-digit divisors using the partial quotient strategy, featuring 15 pages of word problems and computation.

Focused practice for dividing 2-digit dividends by 1-digit divisors using the partial quotient strategy, including 15 pages of varied practice.

A collaborative escape room activity where students solve puzzles involving common denominators, equivalent fractions, and addition/subtraction to "escape" a dungeon.

A complete workbook containing all 17 lessons for the Fraction Explorers Unit 2, covering basic representation, equivalence, and comparisons for 2nd grade students.

A specially designed instruction lesson on PEMDAS with exponents, utilizing color-coded scaffolds and step-by-step drafting guides to help students master the order of operations.

A foundational lesson on understanding and converting improper fractions and mixed numbers using visual models, focused on values between 1 and 3.

Students will learn to multiply a whole number by a unit fraction using area models to visualize the operation as parts of a whole.

A series of activities for Section C, adapted for 2nd-grade students. This lesson explores partitioning various shapes, comparing shares across different-sized wholes, and using unit shares to build complex designs, continuing the focus on halves, thirds, and fourths.

A series of activities for Section B, adapted for 2nd-grade students. This lesson focuses on combining and taking away equal shares (halves, thirds, and fourths) through visual models and simple number lines, emphasizing partitioning and skip counting.

A series of activities focusing on 2nd-grade partitioning and skip counting concepts, adapted from Imagine IM Grade 4 materials. Students explore halves, thirds, and fourths through visual models and real-world snack scenarios.

This lesson sequence introduces students to the concept of equal shares and partitioning shapes into halves, thirds, and fourths, using repeated addition to bridge the gap between parts and wholes. Students explore these concepts through hands-on activities with food-themed visuals and classroom objects.

Students will analyze multiplication and division story problems and match them to corresponding visual representations including arrays, equal groups, and bar models. This lesson reinforces the conceptual understanding of operations within the 1-144 range.