A comprehensive lesson on traditional long division for 2 and 3-digit dividends by 1-digit divisors, using an architectural blueprint theme to help students master the DMSB algorithm.

A focused lesson on multiplying double-digit numbers by single-digit numbers using skip-counting tracks and visual organizers to bridge the gap between basic facts and multi-digit algorithms.

A series of vocational math activities focused on landscaping, plumbing, and tool rentals, featuring heavy visual modeling and step-by-step organizers for students interested in the trades.

A foundational math lesson focusing on the property of zero in multiplication through space-themed practice.

Students apply their knowledge of fact families to solve division problems, understanding division as the inverse of multiplication with single-digit divisors.

Students explore how multiplication sentences are built within a fact family, focusing on factors up to 12 and the commutative property.

A lesson focused on subtracting mixed numbers where regrouping is required, set within a professional bakery context to provide real-world application.

A professional development resource for educators to explore and implement alternative teaching models when traditional math instruction isn't reaching every student. This lesson provides frameworks for co-teaching, math workshops, and targeted interventions.

An intensive small-group intervention lesson focused on breaking down and solving multi-step addition and subtraction word problems using a detective-themed 'Case Cracker' strategy.

A lesson focused on calculating the area of squares and rectangles using whole numbers, themed around architectural blueprints.

Students will master comparing three fractions with denominators of 2, 4, and 8 by converting to a common denominator and using comparison symbols.

This lesson explores the distributive property of division across addition, focusing on dividing large numbers by divisors in the hundreds place using a 'blueprint' strategy of breaking dividends into friendly multiples.