A comprehensive set of multiplication flashcards and support materials designed to help students master facts from 4 to 12 using visual arrays and patterned learning.

A lesson focusing on identifying the correct operation (addition, subtraction, multiplication, or division) to solve one-step word problems through a fun detective-themed approach.

A comprehensive practice pack focused on 2-digit addition with regrouping, featuring visual supports and progressive difficulty across 15 worksheets.

A comprehensive guide for kindergarten teachers using the TERC Investigations 3 math curriculum, detailing every game and the necessary materials for all eight units.

A high-speed lesson focused on mental division strategies and rapid-fire calculation for dividing numbers up to 100 by single-digit divisors. Students will learn to 'split the loot' efficiently.

A high-energy lesson focused on mastering multiplication facts 4-12 to streamline the process of finding GCF and LCM. Students will use 'fact power' to unlock faster calculations.

A math center lesson focused on solving multi-step word problems involving all four operations with whole numbers, set in an engaging animal safari theme.

A math lesson focused on solving one and two-step story problems involving whole number operations (addition, subtraction, multiplication, and division) within a bakery context.

Introduces foundational multiplication concepts through odd and even numbers and rectangular arrays. Features 12 thinking tasks across two sections to develop multiplicative reasoning.

Focuses on standard and non-standard algorithms for addition and subtraction within 1,000. Features thinking tasks that bridge from base-ten understanding to fluid computation and problem-solving.

Explores shape attributes, partitioning circles and rectangles into halves, thirds, and fourths, and practical applications of time and money. Features 18 thinking tasks across three sections.

Focuses on place value to 1,000, including the value of three digits, representing numbers, and comparing three-digit numbers. Features three sets of thin-sliced thinking tasks for collaborative classroom work.

A series of 9 thin-sliced thinking tasks that synthesize fraction and decimal operations, volume, and real-world problem-solving aligned with IM Unit 8.

A series of 6 thin-sliced thinking tasks focusing on the coordinate plane and numerical patterns aligned with IM Unit 7.

A series of 9 thin-sliced thinking tasks focusing on multi-digit multiplication, division, and fraction operations aligned with IM Unit 6.

A series of 9 thin-sliced thinking tasks focusing on place value patterns and decimal operations (addition, subtraction, multiplication, and division) aligned with IM Unit 5.

A simple introduction to multiplication focusing on low factors (0, 1, 2, 5, 10) for beginning learners.

A series of progressive multiplication worksheets designed for learners who benefit from clear visual supports, large print, and structured spacing. Covers facts from 1-5, 1-10, and up to 12.

Students analyze customer preference data and use multiplication and division strategies to calculate final profits and unit costs.

Students scale recipes using fraction multiplication and convert measurements to ensure they have enough ingredients for a large crowd.

Students design the layout of their food truck using area and perimeter while managing a startup budget using place value and multi-digit operations.

A comprehensive MCAS Math preparation lesson focusing on Number Sense and Operations, featuring multi-step word problems and open-response strategies tailored to Massachusetts standards.

A rigorous AASA preparation lesson for upper elementary students focusing on multi-step operations, algebraic thinking, and measurement challenges inspired by Arizona's landscape and culture.

A high-stakes math prep lesson focusing on TEKS-aligned fraction and decimal operations, using a secret agent theme to engage students in STAAR-style problem solving.

A comprehensive introduction to the Order of Operations using PEMDAS, featuring a secret agent mission theme to engage students in solving complex expressions step-by-step.

A comprehensive lesson on the Order of Operations (GEMDAS), moving from basic symbol identification to complex expressions with nested brackets and exponents. Students act as 'Code Crackers' to solve mathematical mysteries.

A comprehensive lesson on creating equivalent fractions using multiplication and division, featuring visual models and key vocabulary.

A lesson focused on solving one-step multiplication word problems involving multi-digit numbers with products in the thousands, set in a whimsical bakery theme.

A sweet introduction to multiplication using real-world word problems from a busy neighborhood bakery. Students practice solving one-step multiplication problems with multiple-choice options.

A festive St. Patrick's Day lesson where students practice basic addition and subtraction facts (1-20) to uncover a hidden leprechaun scene. Includes a colorful presentation on holiday symbols and a creative math-powered coloring activity.

A focused drill and practice lesson on adding 10 to various numbers, emphasizing the pattern of increasing the tens digit.

An introductory lesson on division focusing on equal sharing. Students learn the definition of division and practice identifying division situations from word problems.

A collection of five high-impact posters illustrating key multiplication strategies using a consistent example to facilitate conceptual understanding.

A comprehensive lesson on multiplying fractions by whole numbers using visual area models, aligned with CCSS 4.NF.B.4. Students will explore how multiplication is repeated addition of fractional parts and use 'blueprints' to build their understanding.

The second stage of our pond patrol training, where students tackle the tricky 'teen' numbers from 11 to 20. This lesson introduces ten-frames and the concept of 'ten and some more' to help students visualize and master larger quantities.

A practice-focused lesson on partitioning shapes and number lines to represent fractions, with a specific focus on understanding the roles of the numerator and denominator.