A comprehensive 12th-grade physics unit exploring how mass distribution and geometry dictate rotational dynamics, from calculus-based derivations to experimental verification.
An instructional sequence exploring cellular growth, cell division, and cellular energetics. Students investigate multicellular regrowth and regeneration (HS-LS1-4) and model the transformation of solar energy into chemical energy via photosynthesis (HS-LS1-5).
A rigorous biology lesson exploring negative feedback loops, homeostatic regulation of blood glucose by insulin and glucagon, and the physiological consequences of endocrine disruptions like diabetes.
The teacher's answer key for the student lab sheet, containing fully completed matching metrics, concept solutions, debug blocks, and filled-out code templates for the Smart Home activity.
A comprehensive high school biology unit investigating the structure, function, and hierarchical organization of living systems, aligned to NGSS standards.
An in-depth lesson on protein synthesis and molecular inheritance (NGSS HS-LS1-1). Students model how DNA sequences determine mRNA codons and final amino acid chains to construct functional proteins that carry out vital cellular tasks.
A highly scaffolded 2-page printable student CER worksheet designed for students with learning struggles. It features simplified clinical language, visual feedback helpers, a guided data plotting grid, and sentence starters for the Claim-Evidence-Reasoning response.
A comprehensive study and exam preparation sequence covering introductory organic chemistry (hydrocarbons, functional groups, reactions) and aqueous acid-base equilibria (pH, neutralization, buffers) designed for college-level introductory chemistry.
An inquiry-based lesson on cellular energy conversion (NGSS HS-LS1-5). Students investigate how chloroplasts capture and convert solar light energy into stored chemical energy (carbohydrates) through graphical and mathematical modeling.
A comprehensive 2-page assessment packet containing two student-facing formative assessment exit tickets/bellringers (measuring feedback loop mastery) and a detailed teacher-facing grading rubric and exemplar key.
A comprehensive, 36-week General Biology curriculum aligned with Indiana Academic Standards, emphasizing the integration of biochemical foundations and metabolic homeostasis across all units.
An in-depth lesson exploring tissue regeneration in planaria and axolotls to address NGSS HS-LS1-4. Students engage with an 'I-Learn' style reading on stem cells, mitosis, and differentiation, followed by a scaffolded, data-focused quiz with guided scientific analysis.
A rigorous 2-page printable student lab case-file worksheet. It presents raw physiological data from a Glucose Tolerance Test (GTT) and Insulin Concentration Test for Patient 104. Students are tasked with plotting data trends and writing a Claim-Evidence-Reasoning (CER) scientific argument explaining the feedback loop breakdown.
