Students evaluate multiple design iterations based on cost, weight, and performance, culminating in a formal design report.
A comprehensive dive into photosynthesis, covering chloroplast anatomy, the light-dependent and light-independent reactions, and the flow of energy through ATP and NADPH.
A comprehensive diagnostic assessment designed to evaluate 9th-grade students' understanding of physical and chemical properties, states of matter, and density calculations.
A lesson exploring the differences between generalist and specialist species, focusing on how their niches affect their survival and impact on ecosystems.
A comprehensive two-week version of the element research project for juniors, allowing for deeper dives into historical context and atomic modeling.
An accelerated one-week version of the element research project designed for seniors, focusing on core atomic data and primary uses.
A comprehensive review sequence focusing on atomic structure, Bohr models, isotopes, and electron configurations designed for high school chemistry students.
A 60-minute hands-on lab exploring the relationship between Punnett square predictions and actual genetic outcomes using coin-flip simulations. Students compare theoretical probability with experimental data to understand how fertilization works.
A focused lesson on Mendelian inheritance and Punnett squares, featuring visual-heavy materials and differentiated assessments for varying learner needs.
A rigorous assessment on the principles of Mendelian inheritance, covering monohybrid crosses, terminology, and probability ratios for honors biology students.
A quick review session focused on population carrying capacity, identifying biotic and abiotic limiting factors, and examining human environmental impacts. Includes a visual presentation for review and printable assessment tools.
A quick, engaging bell ringer activity designed to review the stages of primary and secondary ecological succession through a sequence ordering task.
Explore the survival strategies of generalist and specialist species through case studies of raccoons, koalas, pandas, and more. Students analyze diet, habitat, and adaptability to understand how different species thrive or struggle in changing environments.
A comprehensive review of plate tectonics concepts through a visual presentation, a guided study sheet, and an interactive 'I Have, Who Has' game. Students will explore boundaries, crust types, and the forces driving Earth's movement.
A comprehensive lesson exploring the gut-brain axis and how the microbiome influences mental health, neurotransmitter production, and emotional well-being.
A series of independent modules covering mathematical models of reaction distance, braking forces, momentum conservation, and safety engineering.
A hands-on interactive session where students investigate the relationship between mass, speed, and impact force using ramps and sliding targets.
An exploration of the biological necessity of sleep, the mechanics of how the brain cleans itself during rest, and the physiological consequences of sleep deprivation.
A middle school STEM project focusing on energy flow, food webs, and energy pyramids within unique cave ecosystems, featuring data analysis on bat-centipede relationships.
A project-based lesson where students research a real-world application of sound or light waves and design an informative infographic. This lesson bridges physics concepts with visual communication skills.
A lesson exploring the impact of plastic pollution on our oceans, featuring data analysis and identification of primary waste sources.
A deep dive into how organisms interact with each other and their environment through climate, competition, symbiosis, and succession.
The foundational planning materials for the full-year Life Science: Biology curriculum, providing a high-level roadmap and detailed unit breakdowns.
A comprehensive lesson on balancing chemical equations, focusing on the Law of Conservation of Mass and the visual representation of atoms. Students act as 'Molecular Architects' to build balanced chemical reactions.
A high school lesson exploring the relationship between deuterium isotopes in ice cores and historical greenhouse gas levels to reconstruct past climates. Students analyze isotopic data to understand how scientists decode Earth's climate history from the deep freeze.
