The second week of spiral review shifts towards multi-step word problems, decimal notation, and geometric properties.

The first week of spiral review focuses on place value, basic multi-digit operations, and introductory fraction concepts.

A lesson focused on calculating the margin of error for population means when the population standard deviation is known. Students practice using z-scores for different confidence levels.

A comprehensive lesson on scaled picture and bar graphs with a festive Cinco de Mayo theme, featuring taco toppings and piñata treats. Students will practice drawing graphs and solving 'how many more/less' problems.

A math lesson for 3rd-grade RSP students focusing on foundational 2nd-grade number sense skills. Students will practice mental addition of 10 and 100 and use place value to compare numbers up to 1,000 using scaffolding such as place value mats and visual aids.

Foundational tools for assessing student levels and planning instruction based on California Power Standards across grades K-5.

A comprehensive 4-week spiral review of 4th-grade math standards designed for 5th graders. Focuses on place value, multiplication, division, fractions, and decimals through a secret agent themed mission.

Synthesizing the week's learning with a cut-and-paste sorting activity and a final assessment on partial products and the distributive property.

Hands-on application using dice and playing cards. Students generate their own problems and use place value disks to verify their partial product calculations.

Transitioning from the visual area model to the vertical partial products algorithm. Students learn to record each calculation clearly in a "tower" format.

Extending the area model to 2-digit by 2-digit multiplication. Students use base-ten blocks and grid paper to visualize four partial products.

Introduction to the distributive property and area models for single-digit by double-digit multiplication. Students learn to "break apart" factors into place value components.

A comprehensive set of visual reference cards for both Metric and US Customary systems of measurement, designed for student desks or notebooks.

A lesson on comparing fractions with same numerators or same denominators using visual models and number lines.

A lesson focused on identifying and creating equivalent fractions using visual models like area models and number lines, specifically for denominators 2, 3, 4, 6, and 8. Students will practice both within and beyond one whole.

A lesson focused on solving radical equations derived from function notations, specifically finding the input value (x) given an output value (g(x)).

A focused practice session on converting units of measurement across liquid volume, customary length, and metric systems for 5th-grade students.

A quick practice set focused on solving basic rational equations where a single variable is in the denominator. Students will develop their algebraic manipulation skills to isolate the variable and find solutions.

A 25-minute small group lesson focusing on identifying whether a pattern is additive ($y = x + a$) or multiplicative ($y = ax$) from tables and graphs.

A lesson focused on identifying the domain and range of rational functions using set-builder notation. Students analyze various horizontal and vertical asymptotes to determine functional constraints.

A lesson focused on solving single-step word problems involving the four operations using visual scaffolds and a structured problem-solving approach.

An introduction to basic statistics including measures of central tendency (mean, median, mode, range) and simple probability, themed around the Peanuts comic strip.

An introductory statistics lesson themed around Roblox Forsaken LSM and the Jane Doe entity, covering central tendency, data collection, and probability.

An introductory statistics lesson themed after The Grim Adventures of Billy & Mandy, focusing on central tendency (mean, median, mode) and range, as well as basic data collection.

An introduction to basic statistics concepts (Mean, Median, Mode, Range) and data collection using an Equestria Girls theme to engage students. This lesson includes visual aids and color-coded sections for clear organization.

A collection of multi-step word problems set in a bustling bakery, challenging students to apply addition, subtraction, multiplication, and division to real-world scenarios.

A spooky and fun introduction to the basics of statistics (mean, median, and mode) featuring the characters from Billy and Mandy. Students will use visual icons to calculate data sets and solve a logic mystery to help Grim find his missing scythe.

A high-engagement geometry lesson exploring self-similarity and patterns through the construction of Sierpinski triangles, bridging simple multiplication and geometric progression.

A hands-on functional math lesson where students plan a spring classroom event within a strict budget, practicing multi-step addition and subtraction of decimals.

In this hands-on geometry lesson, students step into the role of lead architects to design a zoo expansion. They will apply area and perimeter concepts to create functional animal enclosures while balancing strict spatial and budgetary constraints.

A 30-minute Tier 2 small group intervention for 8th grade math focused on decomposing real-world scenarios into linear equations by identifying slope (rate of change) and y-intercept (initial value). Includes NC EOG-aligned practice with cell phone plans, distance-time, and savings accounts.

A Tier 2 math intervention focused on mastering multi-digit multiplication using area models and partial products. Designed for Grade 4 students to close prerequisite gaps and prepare for EOG-style problems.

A Tier 2 math intervention focused on distinguishing multiplication from other operations in fraction word problems using estimation and area models. Designed for Grade 5 students needing support with NC.5.NF.6 and EOG preparation.

A Tier 2 math intervention focused on decoding fraction word problems (NC.4.NF.3d). Students learn to translate story contexts into addition and subtraction equations using a structured 'Investigator' decoding strategy.