A project-based unit where students use indirect measurement (shadow reckoning) to determine the height of tall objects and then build accurate scale models of those structures.
A space-themed math journey where students use decimal operations and proportional relationships to chart courses, calculate planetary scales, and manage spaceship systems.
A focused lesson on finding constant of proportionality, writing equations, and graphing proportional relationships through interstellar weight and scale conversions.
A visually engaging slide deck introducing constant of proportionality, writing proportional equations, and graphing relationships with a high-tech planetary gravity theme.
A 15-day Texas Algebra 1 EOC test preparation program designed for non-math teachers to facilitate vocabulary mastery and high-yield readiness standard practice.
A highly visual 90-minute lesson connecting introductory integer rules with ocean exploration. Students use deep-sea diving concepts to understand negative and positive numbers, and dive into Chapter 4 of 'Who Was Jacques Cousteau?' to explore his underwater journeys with structured scaffolding.
A teacher-facing 2-page answer key for the Scale Master Worksheet, indicating correct values, equations, graphs, and classifications.
A comprehensive summer bridge workbook for rising 8th graders transitioning to Algebra 1. Contains review of prerequisite topics, advanced pre-algebra skills, real-world application, and an Algebra Escape Challenge.
The core 15-day test prep lesson consisting of highly visual, self-contained slides, a comprehensive student work-packet, and an easy-to-use teacher facilitation guide designed for non-math specialists.
A 2-page student worksheet covering constant of proportionality, writing proportional equations, and graphing planetary relationships.
A high-intensity, 120-minute math simulation. Students act as lead consultants, completing a high-speed skill warmup before selecting a professional sector (Music, Urban Planning, Rocket Science, or Sports Analytics) to solve a series of complex work orders.
A hands-on flight science and math lesson where students construct foam gliders, conduct flight test trials measured in floor tiles, and analyze their data to calculate mean, median, mode, range, and investigate outliers.
An introductory framework establishing professional collaboration, mathematical ownership, and productive struggle protocols in the high school math classroom.
