A comprehensive lesson focused on rounding multi-digit whole numbers to the nearest 10 and 100 using a Western-themed visual approach.

A lesson focused on plotting and identifying fractions (fourths and eighths) on a number line ranging from 0 to 2. Students will practice partitioning and labeling points to build a strong visual understanding of fraction magnitude and equivalence.

A collaborative small-group activity where students work at whiteboards to compare and order fractions with the same denominator through themed 'Forge Challenges'.

A comprehensive lesson exploring proportions and measurement through the lens of non-standard 'wedge' units, set in a gourmet pizza kitchen theme. Students learn to compare ratios and understand how different sized units affect measurement.

A beginner's guide to mastering the basic functions of a handheld calculator for addition and subtraction. Students will learn to identify key buttons, enter numbers correctly, and solve multi-digit problems with confidence.

A comprehensive set of visual, interactive doodle notes and practice activities designed to help students with ADHD master the concept of finding a percent of a number through single-concept focus and hands-on elements.

A comprehensive introduction to the four operations with positive and negative integers, using visual models and clear rule-based strategies. Students move from conceptual understanding to procedural fluency.

A hands-on lesson focused on comparing and ordering fractions using benchmarks, common numerators, and common denominators through a maritime-themed sorting activity.

A high-energy lesson focused on comparing fractions through a competitive card game and supporting practice activities, perfect for short math rotations.

Students will measure leaf and stem specimens to the nearest 1/8 inch, create line plots to represent their data, and perform addition and subtraction with fractions to compare measurements.

A high-energy math center rotation based on fraction standards NF.1, NF.2, and NF.3, themed around a car racing championship. Students navigate through color-coded 'Speed Zones' to practice equivalence, number lines, and comparison.

A focused lesson on interpreting line plots and performing addition with mixed numbers that have common denominators.

A focused 15-minute practice session on interpreting line plots and adding fractions with like denominators based on data points.

A lesson focused on comparing fractions that have the same numerator but different denominators, using visual models and open number lines to build conceptual understanding.

A lesson focused on comparing fractions with common denominators using visual models and comparison symbols. Students will learn that when denominators are the same, the fraction with the larger numerator represents the larger quantity.

A lesson focused on adding positive and negative fractions and mixed numbers using architectural-themed visualization and problem-solving.

A comprehensive lesson focused exclusively on calculating the surface area of right prisms and composite 3D objects. Students learn to master the calculation of 5 and 6-faced prisms and the "Hidden Face" subtraction method for composite structures.

A lesson focused on comparing fractions that share the same numerator but different denominators, using visual models to develop conceptual understanding.

A comprehensive 45-minute lesson on adding and subtracting fractions and mixed numbers, focusing on finding common denominators and simplifying final results through a construction-inspired blueprint theme.

A math lesson centered on plotting fractional data on line plots using a botanist theme, following the Building Thinking Classrooms thin-slicing approach.

A comprehensive lesson on adding and subtracting fractions with like and unlike denominators, focusing on the 'Pizza Chef' method for finding common denominators and the 'Slicing it Down' method for simplifying results.

Synthesizes skills through word problem solving and a final fluency check to measure progress.

Explores the Commutative and Associative properties to simplify complex multiplication and build mental math strategies.

Transitions students from visual area models to the partial products strategy for more efficient calculation.

Introduces the area model for 2-digit by 1-digit multiplication, connecting place value to the distributive property.

Focuses on the conceptual foundation of multiplication as equal groups and arrays using manipulatives and visual modeling.