An end-of-year educational movie unit and math workbook based on the story of Super Mario Galaxy. Students explore gravity, orbits, and space physics through active viewing, followed by high-energy space-themed math puzzles.

An introductory framework establishing course policies, Indiana state biology standards, and the integrated biochemistry roadmap for the academic year.

The master blueprint for the Molecular Threads Biology curriculum, featuring a comprehensive yearlong syllabus and a teacher reference guide for weaving biochemistry anchors into every unit.

Une leçon complète de physique appliquée de niveau 12e année sur la dynamique des fluides en milieu agricole. Elle explore l'hydraulique des machines (tracteurs, vérins) et les équipements de pulvérisation à travers un rappel progressif de la statique des fluides, une fiche de lecture scientifique et une étude de cas technique de modélisation en groupe.

An environmental science research project where students choose a major topic from the year—such as life strategies, ecosystem dynamics, ecological niches, or global climate change—to research, synthesize, and present as a professional digital slide show.

A rigorous STEM project combining structural engineering with advanced mathematics. Students design, budget, build, and test spaghetti bridges using ratios, proportions, cost-efficiency metrics, quadratic modeling, and catenary curves.

An immersive gardening lesson introducing pruning principles. Students master key tools, safety protocols, and the mechanics of plant growth to make clean, professional, and healthy cuts.

A hands-on, engaging lesson on the science and art of pruning. Students learn the botanical reasons for pruning (apical dominance), the "3 Ds" of identifying what to cut, and proper pruning cuts to keep plants healthy.

A digital design lesson focusing on social media brand personas, digital footprint, and visual design aesthetics using Adobe and Canva. Students compare contrasting brand voices, from Wendy's playful roasts to polished professional corporate presences.

An interactive, station-based exploration of nuclear processes in chemistry. Students rotate through four distinct stations with comprehensive reading passages and analytical tasks covering radioactive decay and stability, fission versus fusion, half-life calculations for archaeological dating, and modern technological applications.

An introductory lesson on biotechnology, focusing on key tools like CRISPR, recombinant DNA, and gel electrophoresis. Students complete interactive guided notes and a formative assessment to demonstrate understanding of genetic engineering.

A self-paced study lesson designed for students catching up on Evolution and Classification. It chunk-packs Darwinian theory, speciation, lines of evolutionary evidence, Linnaean taxonomy, and cladograms into accessible, digestible visual summaries and active workbook exercises.

A comprehensive review lesson where students synthesize paleoclimate concepts, isotope calculations, and feedback loops. Students participate in interactive review challenges and complete a structured synthesis worksheet to demonstrate mastery.

An engaging exploration of renewable and non-renewable natural resources, fossil fuels, and local conservation efforts through field-guide inspired readings, assessments, interactive sorting, and local mapping exercises.

An engaging, collaborative high school anatomy project where students research and design educational communication posters tracking the monthly physical and physiological milestones of human fetal development across gestation.

An introductory science lesson exploring ecological levels of organization, biotic versus abiotic factors, and population growth limits.

A comprehensive review lesson where students synthesize paleoclimate concepts, isotope calculations, and feedback loops. Students participate in interactive review challenges and complete a structured synthesis worksheet to demonstrate mastery.

A dynamic, video-driven exploration of modern entrepreneurship for high schoolers. Students analyze real-world case studies and founder interviews, then plan and pitch their own mini-business ventures using a structured, practical blueprint.

A scaffolded 2-page assessment and corresponding answer key covering prokaryotic and eukaryotic cells, including bacteria, plant, animal, and human cells. Features visual matching, labeling with word banks, sentence frames, and guided sentence starters.

An interactive Regents Biology review game centered around keystone species, habitat fragmentation, and biomass pyramids. Students solve and annotate challenging Regents-style questions, collaborate in teams, and shoot for points in a high-energy classroom game.

Analyse approfondie et pratique des techniques expérimentales de mesure de la distance focale d'une lentille convergente, incluant la méthode de l'objet à l'infini, l'autocollimation et la méthode de Bessel.

Étude théorique des lentilles minces convergentes, comprenant les caractéristiques géométriques (foyers, centre optique), la construction graphique de l'image d'un objet réel, et les relations de Descartes et du grandissement.

A hands-on engineering and design project where students sketch, build, and decorate a miniature beach chair using popsicle sticks, fabric, and paint. Includes a comprehensive student-facing project packet with milestone checklist and a teacher grading rubric.

A highly visual lesson introducing the concepts of molecules, monomers, and polymers through the lens of the four biological macromolecules: carbohydrates, lipids, proteins, and nucleic acids. Students learn how monomer building blocks assemble into complex cellular structures.

A comprehensive, highly accommodated, and tiered assessment suite covering states of matter, atomic structure, classifications of matter, periodic table trends, ions, and ionic bonding with Coulomb's Law. Built-in diverse learner supports include visual organizers, sentence starters, 2-choice questions, and step-by-step guided calculations.

A comprehensive 9th-grade Biology laboratory lesson focusing on enzyme kinetics using catalase from yeast/potato and hydrogen peroxide. Students investigate the effects of temperature and pH on enzyme activity, complete data tables, and construct graphs.

A hands-on biology lesson exploring carbohydrate structures, synthesis, dietary impacts, and cellular energy through paper modeling, blood glucose data analysis, and vocabulary concept maps.

A rigorous 9th-grade active reading and annotation lesson focused on the ecological and biomechanical survival adaptations of kangaroos in the Australian outback.

A complete lesson exploring natural selection, speciation, and invasive species through the story of Rollins and Kevin discovering the 'Swamp Squirrels' in an isolated East Texas forest. Includes a student reading packet with integrated comprehension questions and a detailed teacher answer key.

A 9th-grade biology and English language arts lesson focusing on reading comprehension, scientific annotation, and synthesis. Students read a complex passage on summer insect adaptations and write a structured summary.

Master sensory language and persuasive advertising techniques by designing an original ice cream flavor, brand logo, and marketing pitch.

Explore states of matter, heat transfer, and freezing-point depression by making homemade ice cream in a bag using ice, salt, and cream.

Apply fraction multiplication and division to scale ice cream recipes up and down, converting fluid ounces, cups, and tablespoons.

Trace the historical origins of frozen desserts from ancient China and Rome to modern day, mapping how ingredients like vanilla, sugar, and cacao traveled globally.

A highly engaging, collaborative card-matching game covering sustainability, human impact, population ecology, symbiosis, and conservation. Students work in small groups to match key concepts, definitions, and real-world ecological scenarios.

An immersive, puzzle-driven coding escape room where students work in table groups to defeat a rogue AI. By solving four distinct chambers focusing on sequencing, loops, conditionals, and debugging, students demonstrate core computational thinking skills.

An active, movement-based scavenger hunt game for high school students to master human impact, biodiversity, sustainability, biological magnification, and invasive species (aligned to HS-LS2-7). Includes 30 custom-designed Station Cards, an interactive Student Answer Sheet, and a comprehensive Teacher Guide with Answer Key.

A review-focused lesson that synthesizes knowledge of macromolecules, bacterial structure, and the differences between plant and animal cells.

A review-focused lesson that synthesizes knowledge of macromolecules, bacterial structure, and the differences between plant and animal cells.

A comprehensive ecology review lesson focused on the levels of biological organization (organism to biosphere) and trophic levels (energy flow, producers, consumers, decomposers). Designed with scaffolded, modified text and guided fill-in-the-blanks for accessible learning.

A comprehensive final exam assessment bundle for Culinary Arts Semester 2. Includes a highly polished, printable final exam test booklet, a student-facing scantron-style bubble answer sheet, and a complete teacher answer key and grading guide.

A comprehensive lesson on Coulomb's Law designed for diverse learners, featuring visual formula supports, step-by-step checklists, and real-world static electricity scenarios.

A simplified, unthemed practice packet and guide for middle school ecology. Students master ecological levels, abiotic/biotic factors, limiting factors, carrying capacity, and natural disasters through direct, step-by-step examples.

A highly visual and scaffolded review lesson covering electrostatic charge interactions and Coulomb's Law. Includes a concept-heavy visual slide deck, a scaffolded student worksheet with pre-formatted scientific notation grids, and a comprehensive teacher guide with common misconceptions and a complete answer key.

High school biology curriculum planning and pacing resources aligned to Indiana 2023 Academic Standards.

Days 15 to 19 of Regents preparation. Breaks down Regents experimental design standards, distinguishing criteria from constraints, identifying variables, and evaluating biological trade-offs.