Charged Connections

A modular physics unit focused on the principles of electricity, circuit design, and the mathematical laws governing energy flow in electrical systems.

OMOlutoyin Makinde

Energy in Electric Circuits

A comprehensive 5-day instructional cycle exploring voltage, current, resistance, and complex circuits using Ohm's Law and Kirchhoff's Rules. Students engage in hands-on station labs, modeling activities, and CER analysis to understand energy conversion in circuits.

Loop Logic

A focused instructional deep-dive into Kirchhoff’s Voltage Law (KVL), emphasizing the conservation of energy within a circuit loop. Students progress from conceptual reading to scaffolded mathematical problem-solving through chunked practice.

Circuit Surgeons

A self-directed troubleshooting activity where students act as "circuit doctors" to diagnose and repair faulty electrical networks. This lesson applies Kirchhoff's laws and Ohm's Law to identify logical errors in circuit schematics and predict real-world consequences.

Rule Masters

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.

Dam Dynamics Engage

An introduction to power generation through the lens of hydroelectric dams. Students engage with the anchoring phenomenon and begin a guided inquiry lab building a DC motor to explore energy transmission.

Junction Flow

A dedicated lesson on Kirchhoff’s Junction Rule (KCL), focusing on the conservation of electric charge. Students explore the "water pipe" analogy, identify nodes in complex circuits, and solve for unknown currents using algebraic sum principles.

Route Rules

An introductory exploration of series and parallel circuit configurations. Students use guided notes and "route-tracing" activities to understand how components affect total resistance, current flow, and potential difference across different network types.

Induction Insights Explain

A deep dive into the mechanisms of induction and generators. Students use Cornell notes to process technical readings and rotate through stations exploring AC/DC generators, transformers, and induction devices.

Math of Motion Explain

A quantitative exploration of electromagnetic force (EMF) and motor power. Students master the mathematical modeling of generators and motors before applying their knowledge to a CER argument on optimizing motor performance.

Grid Debate Elaborate

A collaborative synthesis of the unit's concepts. Students engage in a Socratic seminar regarding motor design and grid readiness, followed by a competitive game board review of all power generation principles.

Current Conclusion Evaluate

Final unit evaluation and reflection. Students complete a formative quiz and a summative assessment covering electricity and circuits, ending with a final reflection on the anchoring phenomenon.

Charged Connections

A modular physics unit focused on the principles of electricity, circuit design, and the mathematical laws governing energy flow in electrical systems.

OMOlutoyin Makinde