A lesson exploring the characteristics of magnetic and electric forces, their similarities and differences, and the fundamental concept of electromagnetism.

A comprehensive set of materials to introduce high school students to the diverse competitive events offered by Business Professionals of America (BPA). Includes a visual flyer and a detailed event directory.

A highly scaffolded exploration of endothermic and exothermic reactions designed for high school special education students, focusing on energy flow and temperature changes.

A lesson exploring the mechanics of AI generators and their social impact, specifically focusing on the experiences of young African Americans in tech and representation.

Explores the mathematical relationship between acid/base strength, dissociation constants, and equilibrium pH calculations using the ICE method.

This lesson explores the ecological consequences of habitat fragmentation caused by human infrastructure. Students analyze case studies of wildlife isolation and propose engineering solutions like wildlife corridors to mitigate the impact of roads and urban sprawl.

A project-based lesson where students synthesize their knowledge of physics and calculus by creating a visual poster that bridges the two disciplines.

A comprehensive introduction to Artificial Intelligence, exploring its benefits, risks, and ethical usage through reading, discussion, and critical writing.

A comprehensive study pack covering the principles of evolution, including vocabulary definitions and a conceptual framework linking key biological terms.

A comprehensive study pack covering the principles of evolution, including vocabulary definitions and a conceptual framework linking key biological terms.

A comprehensive two-week research project exploring modern genetics, biotechnology, and ethical impacts on society. Students investigate topics like cloning, CRISPR, and the Human Genome Project through research, writing, and model-building.

A comprehensive lesson exploring how life is organized from the cellular level up to complex organ systems, focusing on structure-function relationships.

A comprehensive look at eye anatomy, refractive errors, and the medical technology used in LASIK surgery to reshape the cornea.

In this lesson, students analyze the relationship between environmental factors and enzyme activity. They will use real-world data and graphical representations to evaluate scientific claims and understand the concept of protein denaturation.

Students take on the role of Cosmic Consultants to help alien clients design their perfect planetary seasons by manipulating axial tilt, orbital distance, and solar intensity.

An investigation into the transmission, symptoms, and pathology of Hantavirus, emphasizing the role of rodent vectors and prevention strategies for high-school students.

A deep dive into the biological mechanisms, pathology, and global socioeconomic impact of Type 2 Diabetes, specifically designed for 9th-grade biology students.

An 11-day series of class starters focused on forensic reasoning, case synthesis, and professional communication of findings.

A 10-day series of class starters covering biological evidence, blood patterns, DNA analysis, and ethics in genetics.

An 11-day series of class starters exploring physical and trace evidence, including fingerprints, hair, fibers, and soil.

A 10-day series of class starters focused on observation skills, documentation, ethics, and the history of forensic science.

Explores the equilibrium of buffer solutions and concludes with a summative assessment of the unit.

Focuses on neutralization reactions, predicting products, and performing titration experiments to determine unknown concentrations.

Students define acids and bases using Arrhenius and Brønsted-Lowry models, learn naming conventions, and master pH/pOH calculations.

A comprehensive 100-question final review encompassing all domains of computer science covered in the sequence.

A high-school science lesson where students act as planetary scouts, analyzing exoplanet data to determine habitability and arguing for the best candidate for life beyond Earth.

An immersive data analysis lesson where students step into the role of intelligence analysts to examine 'classified' flight data and sighting reports from Area 51. Students will practice data interpretation, pattern recognition, and evidence-based reasoning.

A comprehensive look at cellular reproduction with a deep dive into meiosis, comparing it to mitosis to understand how genetic diversity is created.

In this capstone lesson, students analyze machine learning models to identify algorithmic bias and discuss the societal responsibilities of modern software developers.

A biology lesson comparing mitosis and meiosis based on the Amoeba Sisters video, distinguishing between identical body cells and unique sex cells.

A lesson exploring how humans have shaped the traits of plants and animals through selective breeding, comparing it to the process of natural selection.

An exploration of light behavior including reflection, refraction, and diffraction. Students develop mathematical models like Snell's Law and analyze the biological impacts of wave optics in animals.

An exploration of momentum conservation in two dimensions, using vector components to solve collision problems.

Students explore the relationship between force, time, and change in momentum through guided inquiry and data analysis.

A comprehensive exploration of biotechnology, DNA technology, and genetic engineering through reading, visual diagrams, and vocabulary practice.

A foundational lesson covering essential computer science vocabulary, ranging from networking protocols to programming structures and design thinking principles.

A comprehensive review of the urinary system based on Concept 3 notes, focusing on kidney structure, nephron function, and systemic regulation.

A foundational module containing the comprehensive year-long curriculum map, standards alignment documents, and essential vocabulary resources for 9th-grade biology.

A lesson focused on the relationship between pH, pOH, and ion concentrations, featuring step-by-step methods for converting between them.

This lesson explores how genetic variation within a population influences survival during environmental changes, using peppered moths and Darwin's finches as primary case studies.