Students explore the etymological and temporal link between the Moon and the Month while learning to sequence the eight lunar phases in a month-long cycle.
An elite AP Physics 1 curriculum sequence that breaks down kinematics into three structured lessons, focusing on translating motion maps, position-time graphs, velocity-time graphs, and algebraic equations. Fully integrates collaborative frameworks, sentence stems, and rigorous conceptual analysis.
An active-learning station rotation lesson where 9th-grade biology students collaborate to analyze enzyme rate graphs and solve DOK 3 strategic thinking scenarios. Includes station placards, a structured student evidence tracker, and an educator facilitation and debrief guide.
A comprehensive 2-page print-ready teacher facilitation and debrief guide. Includes lesson pacing, student scaffolding prompts, a detailed DOK 3 answer key for all 6 stations, and critical debrief discussion questions.
A comprehensive year-long, 140-day curriculum framework for Scientific Research and Design. Built to satisfy Texas TEKS breakouts through dual research pathways: Track A (focused on quantitative data modeling, sensors, and inferential statistics) and Track B (focused on qualitative inquiry, systematic behavioral coding, and thematic matrices).
A calculus-based physics lesson focused on translating motion graphs (acceleration to velocity to position) using graphical accumulation (area under the curve) and slope relationship analysis, featuring scaffolded practice and a visual reference poster.
A structured 2-page print-ready student evidence tracker matching the simplified, early-year biology station topics, providing spacious white writing regions for recording variables, analogies, and DOK 3 responses.
A 5-day science unit for K-2 SDC students exploring each of the five senses through interactive slides, hands-on mini-experiments, errorless matching worksheets, and teacher guidance.
An AP Physics 1 lesson focusing on the advanced graphical, algebraic, and vector representations of velocity and acceleration. Includes a comprehensive 12-page reading anthology and a matching 12-page student analysis packet.
A black-and-white optimized set of 6 classroom station placards designed for early 9th-grade biology, featuring high-contrast grayscale patterns, dashed/dotted line styles, and direct text labels for grayscale printing.
A highly visual, adapted science unit for 3rd and 4th graders exploring the properties of matter, the physical nature of air, states of matter, and thermal changes. It features errorless sorting activities, heavy visual supports, simplified vocabulary, and structured lab guides designed for diverse learners.
The capstone lesson linking position graphs, velocity graphs, motion diagrams, and algebraic kinematic equations. Students complete complex translation matrices and match physical scenarios to both graphical features and algebraic representations.
The Teacher Edition and Answer Key for the Motion Methods Reading. Duplicates the exact 11-page layout, but with all interactive discussion stems, Stop & Jot fields, lined study journal entries, and 9 practice problems completed in bright, clear red ink.
