A hands-on interdisciplinary lesson blending geometry and art. Students explore M.C. Escher's work to understand and apply translations, rotations, and reflections through the creation of original tessellating patterns.

A collection of word problems focused on identifying the correct multiplication or division equation to represent a real-world situation. Students practice translating stories into mathematical expressions.

A lesson focused on solving word problems involving addition and subtraction of time intervals within the same hour, aligned with NC.3.MD.1.

A practice set focused on calculating time intervals of thirty minutes starting from fifteen minutes past the hour. Students will apply their understanding of 'quarter past' and 'half hour' to solve real-world word problems.

Students will explore equivalent fractions using area and length models, focusing on related denominators (halves, fourths, eighths; thirds, sixths) and representing whole numbers as fractions.

A lesson focused on solving unknown-factor problems by connecting division to multiplication and using strategic thinking to find missing values.

A lesson focused on solving 2-digit addition and subtraction word problems using key operational vocabulary and step-by-step problem-solving strategies.

A comprehensive 5-day spiral review lesson focusing on multiplication, division, geometry, and multi-digit operations with EOG-level rigor. Includes daily practice sheets, instructional slides, and a full answer key.

Thursday's lesson provides mixed practice with denominations of 3, 4, 6, and 8 to solidify understanding of equivalent fractions.

Wednesday's lesson focuses on the relationship between fourths and eighths on a number line.

Tuesday's lesson introduces thirds and sixths, challenging students to find equivalent values on number lines.

Monday's lesson focuses on halves and fourths using number lines and identifying their equivalent forms.

A lesson focused on interpreting and discussing bar graphs through visual analysis and peer discussion using a gallery-themed approach.

A comprehensive 4-day 3rd-grade math review packet covering area, measurement estimation, multiplication properties, and fraction equivalence. This packet follows a 'Mix It Up' format to build fluency and mastery across key standards.

In this lesson, students will practice collecting, representing, and interpreting data using bar graphs. They will act as 'Data Detectives' to solve a mystery based on survey results.

Students practice measuring objects in centimeters and comparing their lengths to determine how much longer one object is than another, reinforcing the 2.MD.4 standard.

A market-themed lesson where 3rd-grade students practice comparing mass in kilograms and telling time to the exact minute.

A lesson focused on solving one-step word problems involving liquid volume in liters using all four operations, set in a magical potion-making context.

A beginner-friendly introduction to combining like terms using a color-coding strategy and a fun fruit-themed mystery to keep 5th graders engaged.

A foundational lesson on addition and subtraction word problems and equations, designed specifically for 2nd-grade students with learning disabilities. It covers ranges from within 10 to two-digit numbers without regrouping using visual supports like ten-frames and icons.

A comprehensive review lesson covering unit fractions, ordering, operations with like denominators, fraction multiplication, and decimal arithmetic.

A math intervention lesson for 1st and 2nd graders that teaches students how to use tally charts to organize and solve addition, subtraction, and comparison word problems within 20.

A lesson exploring division with remainders through the lens of a busy bakery, covering calculation steps and interpreting what leftovers mean in real-world contexts.

An advanced laboratory module focusing on the systematic comparison of decimals using visual models, place value analysis, and standard symbols.

A foundational exploration of decimals focusing on the relationship between fractions and place value for tenths and hundredths through visual models and precise identification.