A deep dive into the behavior of charged particles in magnetic fields, focusing on the mechanics of mass spectrometry and the rotational dynamics of current-carrying loops. Students will derive key equations for particle paths and analyze the torque that drives electric motors.

The capstone week where students synthesize their knowledge of solar energy, wind, and water to explain regional climate variations and master the MCAS Open Response CER strategy.

Students dive into the 'Great Ocean Conveyor Belt,' analyzing how surface winds and density differences (temperature and salinity) drive oceanic circulation and transport heat around the globe.

An exploration of atmospheric pressure and the Coriolis effect, focusing on how air moves from high to low pressure to create global wind belts and how these winds influence regional weather patterns.

Students investigate how differential heating of Earth's surface by the sun creates the initial energy imbalance that drives all weather and climate, practicing CER to explain the relationship between latitude and solar intensity.

A comprehensive lesson on the nature of magnetic fields, focusing on their vector properties, dipole sources, and the implications of Gauss's Law for magnetism. Students will explore how fields are represented and why magnetic monopoles do not exist.

A comprehensive introduction to magnetic fields, Gauss's Law for magnetism, and the properties of magnetic materials tailored for AP Physics C students. Includes conceptual readings on magnetic dipoles, material classification, and the mathematical foundations of magnetic forces.

A fundamental exploration of Kirchhoff's Circuit Laws through the lens of conservation principles. Students master the Junction and Loop Rules using clear conventions and visual mapping techniques based on the "Teach Me" physics series.

A lesson exploring the movement of carbon through Earth's systems, including photosynthesis, respiration, decomposition, and human impact.

In this lesson, students analyze the 'brain rot' phenomenon through a scientific lens, focusing on how short-form media impacts the brain's reward system. Students engage with new vocabulary, watch a targeted video, and participate in a mediated debate about their digital habits.

A hands-on exploration of thermal energy transfer through convection and freezing point depression experiments. Students observe how density and temperature interact in water and how salt affects the melting process of ice.

In this introductory lesson, Kindergarten students embark on a scientific journey to discover their five senses. Through a mystery box activity and collaborative discussion, they begin to explore how they use sight, hearing, smell, taste, and touch to understand the world around them.

A deep dive into the time-dependent behavior of RC circuits, covering the calculus of charging and discharging, the physical meaning of the time constant, and graphical analysis.

This lesson provides the additional framework and assignments required for graduate students participating in the Research Proposal Project. It focuses on technical plausibility, resource management, and strategic academic significance.

This lesson covers Kirchhoff's Junction and Loop Rules, providing students with the conceptual framework and mathematical tools to analyze complex multi-loop circuits. Students will explore conservation of charge and energy through interactive examples and practice problems.

A comprehensive lesson exploring debt financing, equity financing, and alternative funding sources like grants and incubators, helping students understand the strategic trade-offs of each.

A deep dive into the molecular machinery of CRISPR-Cas9, focusing on the structural biology of Cas9, guide RNA architecture, and the precision of genome editing.

An introductory lesson for kindergarten students exploring basic ocean facts and marine life through visual aids and hands-on activities.