Students will practice converting between 12-hour and 24-hour digital time formats using hands-on matching activities.

The final series of problems combining all themes for a comprehensive review of multi-step problem solving.

A set of word problems that dive into architectural history, physics of sports, and biological systems.

Mid-week math mission featuring navigation-themed problems, astronomy, and community-based social studies scenarios.

A second installment of multi-step mathematical challenges focusing on ancient wonders, environmental science, and global sports.

A comprehensive set of multi-step word problems spanning science, history, sports, and real-world scenarios to practice the four operations.

A targeted lesson for math test prep, focusing on organizing scratch paper, breaking down multi-step word problems, and using estimation and inverse operations to check answers.

A lesson focused on mastering 3-digit addition with regrouping through structured practice and scientific visual aids.

A foundational lesson on multiplying by 3 using the concept of equal groups, featuring clover-themed visuals to help students master their 3s facts from 0 to 10.

A quick assessment of double-digit by double-digit multiplication using the standard algorithm, themed around architectural blueprints and construction.

A lesson focused on mastering double-digit multiplication through problems that require advanced regrouping in both partial product steps. Students use a structured grid to organize their work and ensure place value alignment.

Students collaborate to measure objects to the nearest quarter inch and represent their findings on a line plot. This lesson emphasizes precise measurement and data visualization in a construction-themed context.

A comprehensive review of multiplying two-digit by two-digit numbers using area models and partial products. Students move from guided step-by-step construction to independent problem-solving.

A focused review of multiplication strategies for multiplying multi-digit numbers, including 1-digit by up to 4-digit numbers and 2-digit by 2-digit numbers, aligned with standard 4.NBT.5.

A lesson focused on mastering the standard algorithm for multiplying four-digit numbers by one-digit numbers through clear steps and guided practice.

A targeted review of multiplication strategies and properties of operations (Distributive, Associative, Commutative) for multiplying multi-digit numbers. Students apply these properties to break down complex problems into manageable partial products.

A deep dive into equivalent fractions and comparison strategies using visual models and benchmark fractions.