A high school physics lesson analyzing elastic and inelastic collisions through the lens of sports. Students evaluate momentum and energy transfer in real-world scenarios like hockey checks and home runs.
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.
An immersive, hands-on high school biology unit covering chloroplast structure, light-dependent reactions, and the Calvin cycle. Students act as scientific investigators, decoding the chemical machinery of plants.
A comprehensive, block-period lesson bundle for 9th-grade biology covering enzyme structure and function. Includes guided notes, 4 collaborative data-analysis stations exploring factors affecting reaction rates, and a scaffolded Claim-Evidence-Reasoning (CER) activity with a quick exit ticket.
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 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 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.
An introductory, hands-on shop class curriculum for high school students. It covers the fundamentals of three essential trades: woodworking, light-duty electrical wiring, and basic pipe fitting. Each unit guides absolute beginners through tool safety, technical reading, and practical assembly.
A rigorous physics lesson focusing on converting between position, velocity, and acceleration graphs over time using algebraic slope and area-under-the-curve calculations. Students learn to translate motion profiles step-by-step with clean visual diagrams and structured interval analysis.
A 2-page teacher reference guide containing lesson plans, pacing recommendations, station setup instructions, complete answer keys, and a rubric with an exemplar response for the CER activity.
