Students apply their mathematical knowledge to their own inventions. They calculate their product costs, set their retail price, determine their company valuation, and write the math portion of their pitch speech.

Students tackle company valuations, percentage offers, and equity calculations. They learn the math behind asking for investment and determining what percentage of their company to sell.

Students master unit rates, production costs, retail pricing, and profit margin percentages. They learn how to analyze whether an invention is financially viable on a unit level.

A targeted math lesson on subtracting within 10,000 across multiple zeros. It features structured place-value grid scaffolds to keep digits aligned and support the borrowing process step-by-step.

A guided math lesson focused on long division with remainders, employing strict alignment grids and color-coded step-by-step visual scaffolds to support learners with spatial organization.

A step-by-step guided lesson pack for practicing long division with remainders. It utilizes grid lines, large fonts, and color-coded graphic organizers to help students keep their calculations vertically aligned.

A 5-day daily warm-up packet based on logic puzzles and wordplay themed around liberty and freedom. Focuses on critical thinking and non-numerical deduction.

A comprehensive 5th-grade lesson on calculating the volume of rectangular prisms and composite/irregular 3D shapes. Students progress from counting unit cubes to applying formulas and decomposing irregular figures to find additive volume.

A 4th-grade math lesson focused on mastering division facts (divisors 1-10) using visual models (equal groups, arrays, and number lines) and deciphering word problems using division keywords. Includes interactive-style presentation slides, a practice worksheet, a division word problems challenge sheet, and a complete teacher answer key.

Students transition to open number lines to solve real-world scheduling problems, modeling 'jumps' of hours, 15-minute, and 5-minute intervals for sports, recess, and movies.

Students learn to count elapsed time on analog clock dials in intervals of 5 and 15 minutes, visualising the movement of the minute hand to solve duration problems.

A structured math progression package targeting multi-digit subtraction with borrowing. Includes student worksheets and matching teacher answer keys with large, uncluttered fonts and extensive workspace for independent practice.

A space-themed skip counting lesson where students master counting by 5s to 1000. Using visual cosmic pathways (number lines), students apply moderate-support scaffolding to guide their spaceship through starry quadrants.

Cette seconde séance confronte les élèves aux soustractions complexes avec de grands nombres (jusqu'à 100 000) et se concentre sur le redoutable piège des zéros intercalés (ex: 10 004 - 3 245).

Cette première séance permet d'élucider le mécanisme de la retenue dans la soustraction posée. Les élèves comparent les deux techniques (emprunt/cassage de la dizaine vs. glissement/addition constante) pour choisir celle qu'ils maîtrisent le mieux.

A lesson where students act as data detectives, collecting their own survey data, organizing it in a frequency table and histogram, and analyzing it using central tendency measures (mean, median, mode, and range).

A hands-on, collaborative math project where students work in teams to design and budget for an ultimate classroom picnic, practicing multi-digit addition, subtraction, and critical decision-making.

An Algebra 1 lesson introducing projectile motion through the lens of launching rockets. Students learn to identify key features of quadratic graphs—specifically the vertex as maximum height and x-intercepts as landing times—and evaluate quadratic functions to find heights at specific seconds.

A comprehensive Grade 4 mathematics assessment modeled after the NC End-of-Grade released form, divided into Calculator Inactive and Calculator Active parts.

A focused lesson on simplifying fractions using visual models, greatest common factors, and guided practice. Students learn to 'shrink' fractions to their simplest form using a lab-themed framework.