A comprehensive 11th-grade physics sequence exploring the principles of refraction, Snell's Law, total internal reflection, and dispersion through inquiry-based labs and real-world applications.
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 exploration of the biochemical characteristics of life and the feedback mechanisms cells and organisms use to maintain homeostasis, featuring a deep dive into the consequences of metabolic failure.
An instructional facilitation guide for Week 1, featuring lesson pacing, common student misconceptions, questioning scripts, and a complete answer key for the student worksheet.
Séquence pédagogique complète sur la cybersécurité en entreprise, axée sur l'analyse technique des risques, la remédiation des failles de sécurité et la préparation aux épreuves d'examen ou de certification.
An introductory framework establishing course policies, Indiana state biology standards, and the integrated biochemistry roadmap for the academic year.
A printable student worksheet analyzing the biochemical criteria of life, mapping negative feedback loops, and diagnosing the chemical consequences of systemic metabolic failure.
A comprehensive workplace simulation sequence following Aura Solar Australia, a major renewable energy provider based in Melbourne. Students act as Corporate Administration Officers, executing complex, realistic tasks across the Microsoft Office Suite that align with Australian business standards, GST calculations, time zones, and privacy regulations.
Cette leçon est centrée sur l'analyse technique des vulnérabilités, la compréhension des vecteurs d'attaque (phishing, injection, ransomware) et la rédaction de plans de remédiation professionnels.
A comprehensive, 5-slide visual presentation detailing the biochemical criteria of life, negative/positive feedback mechanisms, and the catastrophic consequences of systemic homeostasis failure.
A comprehensive high school physics curriculum sequence aligned with the Connecticut Next Generation Science Standards (CT-NGSS), focusing on core concepts, quantitative problem-solving, and visual models.
A rigorous, NGSS-aligned lesson focusing on feedback loops, glucose regulation, carbon dioxide exchange, and graph analysis of diabetes. Students tackle multi-format questions modeled after ILEARN state assessments, while teachers utilize detailed exemplars to guide instructional debriefs.
A set of five Larry Ainsworth RCD style unit unwrapping guides mapping Big Ideas, Essential Questions, Nouns/Verbs (Know/Do), vocabulary, and Indiana Biology Standards for all units.
