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.

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.