A targeted lesson designed to help students analyze word problems, identify the underlying action or relationship (joining, separating, grouping, or sharing), and translate them into correct number sentences across all four basic operations.

Weeks 16-20 (Sessions 31-40) focusing on advanced problem solving, error analysis, self-regulation checklists for 80% accuracy, and the Session 36 Progress Monitoring milestone.

Weeks 11-15 (Sessions 21-30) focusing on multi-step addition and subtraction word problems (sums/differences 50-100) using visual schemas and Session 27 Progress Monitoring.

Weeks 6-10 (Sessions 11-20) focusing on introducing bar models and tape diagrams to represent addition and subtraction word problems within 100, plus Session 18 Progress Monitoring.

Weeks 1-5 (Sessions 1-10) focusing on 3-digit place value foundations, base-ten visual modeling, and single-step operations. Includes the Session 9 Progress Monitoring milestone.

An assessment on solving multi-step word problems using all four operations. Includes a graphic-organizer-based student worksheet and a detailed teacher answer key with worked solutions.

A mathematics lesson focused on breaking down and solving two-step mixed operation word problems. Students use structured graphic organizers themed around carnival ticket purchases, ride costs, and prize booths to master multi-step problem solving.

A comprehensive lesson on identifying and understanding US coins and bills, their values, and their key visual features.

A visual, interactive math lesson focusing on converting mixed numbers to improper fractions. Students use concrete visual models including fraction circles and fraction tiles to understand how wholes are cut into fractional parts.

A lesson teaching students how to find the missing side length of a rectangular prism when given the volume and two fractional or mixed-number dimensions. The lesson includes high-impact desktop guides and task-analyzed checklists for scaffolding.

A scaffolded introduction to long division using the Dad, Mom, Sister, Brother mnemonic. Students utilize color-coded grid organizers to master the multi-step algorithm with step-by-step independence.

A math lesson focused on solving two-step story problems involving multiplication and division. Students practice translating complex word scenarios into clear mathematical relationships and algebraic number sentences.

Week 4 of ESY focuses on mastery, mixed review, and final progress-monitoring data collection. Skills include complex 3-digit regrouping across zeros, multiplication facts for 7s, 8s, and 9s, adding/subtracting fractions plus simple word problems for all four domains, and generating progress summary reports.

Week 3 of ESY shifts to mixed addition/subtraction regrouping, multiplication facts for 4s and 6s, comparing fractions and adding/subtracting fractions with common denominators, and mixed single-step word problems (multiplication/division starter).

Week 2 of ESY introduces multi-step or more complex regrouping, multiplication facts for 10s and 3s, identifying fractions on number lines and simple fraction addition, and single-step subtraction word problems.

Week 1 of ESY focuses on establishing daily routines and gathering baseline/early progress data. Skills include 3-digit addition/subtraction without/with simple regrouping, multiplication facts for 2s and 5s, basic fraction identification, and single-step addition word problems.

A lesson designed to help students master two-step mathematical word problems by identifying the intermediate and final unknowns. Includes a structured student worksheet and an educator answer guide.

A highly scaffolded addition and subtraction lesson within 1,000, designed to help students master the US standard algorithm through decomposition and visual regrouping aids. Includes name, date, clear instructions, visual regrouping boxes, and structured workspace templates.

A highly engaging geometric investigation lesson where students step into the role of 'Angle Detectives'. Students use physical protractors to measure angles, discover the 180-degree triangle sum theorem, and classify triangles as acute, right, or obtuse.

An assessment lesson focused on multiplying and dividing basic tenths using visual grids, bar models, and step-by-step drafting aids.

A structured lesson designed for IEP students to master multi-step word problems using a 'Math Detectives' theme. Includes visual guides, color-coded step-by-step scaffolds, sentence frames, and partially-completed templates.

A comprehensive math lesson designed to master multi-step word problems using all four operations. The lesson features a 'Case File' detective theme, equipping students with a visual CUBES-inspired 'Clue Cracker' strategy, color-coded operation indicators, and differentiated investigation worksheets.

A fourth-grade math lesson introducing long division with remainders using color-coded grid paths. Students learn to align quotients, products, and remainders within a structured, highly-scaffolded visual layout to build procedural confidence.

A structured math lesson on 4-digit subtraction within 10,000. It utilizes vertical place value grids to guide students through a multi-step progression from no-regrouping to advanced regrouping across zeros.

A comprehensive assessment lesson focusing on computational fluency across the four operations using multi-digit whole numbers. Students are supported by highly structured grid alignment guides, color-coded operation cues, and dedicated workspace areas.

A math practice lesson focused on 2-digit by 2-digit multiplication using the standard algorithm, featuring blueprint-style grid alignment guides to support student accuracy and place value understanding.

A printable, double-sided math worksheet and corresponding answer key designed to help students master reading angles using pre-aligned background protractors and measuring angles using physical plastic protractors.

An energetic, neon-arcade-themed multiplication flashcard lesson designed to boost recall speed and mastery for facts 0-12. Includes a whole-class slide deck game, a student response worksheet, and a teacher facilitation guide.

A comprehensive, scaffolded unit on adding and subtracting fractions with unlike denominators (5.NF.A.1 & 5.NF.A.2). Students scale the fraction mountain from basic equivalence to complex mixed-number word problems, supported by progress trackers, teacher rubrics, and targeted practice.

An out-of-this-world fourth-grade lesson on adding and subtracting fractions with like denominators. Students join and separate precious crystal shards on fractional meteors to master combining parts of a whole.

A mastery-focused lesson pack designed to teach, assess, and practice 3-digit addition and subtraction using base-ten drawings, expanded form, and the standard algorithm. Includes a comprehensive rubric, student exemplar exemplars, and a multi-strategy practice worksheet.

A hands-on, high-engagement lesson where 4th-grade students distinguish between additive and multiplicative comparison using visual models, tape diagrams, and real-world toy factory scenarios. This lesson includes interactive presentation slides, a student matching activity, and a comprehensive teacher guide.

A focused check-for-understanding assessment on 3-digit subtraction with regrouping, including subtracting across zeros and solving for missing numbers using inverse operations.

A math lesson focused on building single-digit multiplication and four-digit addition fluency while integrating self-regulation check-ins to foster a growth mindset.

An engaging elementary math lesson focused on adding and subtracting money, lining up decimals, regrouping across zeros, and solving real-world shopping word problems up to $10.00.

Days 16-20 of the review, focusing on integrating operations, fractions, decimals, and geometry to solve complex multi-step real-world word problems (OA.3).

Days 11-15 of the review, focusing on identifying geometric attributes, lines, angles, 2D shapes, and line symmetry (G.1 through G.3).

Days 6-10 of the review, focusing on Decimal notation, fraction equivalence with tenths and hundredths, and comparing decimals (NF.5 through NF.7).

Days 1-5 of the review, focusing on Fraction equivalence, comparing, addition, subtraction, and multiplication of fractions (NF.1 through NF.4) through workshop rotations.

Students explore and master the Marley Park Elementary STAR expectations for 5th-grade leaders. Through scenario analysis, modeling, and justifying correct and incorrect behaviors, they prepare to set a positive example for the school.

Students learn to translate word phrases into numerical expressions and interpret expressions without evaluating them, building critical algebraic reasoning skills for subsequent grades.

Students master the order of operations, including parentheses, brackets, and braces. They learn to evaluate numerical expressions systematically, modeling calculations like structural blueprints.

Students transition from concrete partial quotients to standard long division steps, solving problems with up to four-digit dividends and two-digit divisors. Emphasizes interpreting remainders in real-world contexts and debugging calculation steps.

Students connect conceptual area models to standard multi-digit multiplication, developing procedural fluency with the standard algorithm while maintaining strong place value understanding. Includes error analysis and architectural design challenges.

A scaffolded statistics lesson using Lego bricks to teach mean, median, mode, and range. Designed with concrete visual aids, color-coded formulas, and pre-sorted datasets to support diverse learners.

Targets practical, real-world application of math with highly visual scaffolding for coin counting, purchasing decisions, and elapsed time scenarios.

Breaks down multi-step math word problems into bite-sized, color-coded, sequentially numbered parts, helping students systematically parse and solve equations without visual overload.

Covers multiplication and division word problems utilizing visual aids such as equal group drawings, array grids, and visual modeling templates to scaffold core concepts.

Focuses on addition and subtraction word problems with visual aids including built-in picture representations, ten-frames, and number lines to support student conceptual understanding.

A complete project-based lesson where students research real-world math applications for their chosen career, create a station poster, build an original math activity, and share their creations in a classroom-wide Math Career Fair.