Parallel circuits are thoroughly discussed in relation to ohm's law and the values of resistance, voltage, power and current. For voltage, it remains the same at each parallel junction. For current, it adds up in parallel circuits. For resistance, it is a bit more complicated, the total resistance is smaller than the lowest resistance in the circuit. And, since there are more paths for the current to travel, it will choose to travel through the lower resistances with more current. I also read how power behaves in a parallel circuit, like current, it adds up with each added branch. Remember that current and voltage are opposites in a parallel and series circuit, in a parallel voltage remains the same and in a series, it adds, and in a series circuit current remains the same while voltage adds. So, break out your pencil and calculator and follow along.

Electricity & Electronics - Complete course

Hector Vladimir 2026©

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Electricity & Electronics, 10th Edition

Authors: Howard H. Gerrish, William E. Dugger Jr. and Richard M. Roberts

Electricity & Electronics presents solid, up-to-date information on the fundamentals of electricity and electronics. The dual approach of this text teaches principles and theory accompanied by hands-on learning. Text content provides a thorough grounding in electrical principles, circuitry, and components. Additional topics include electronic communication and data systems, such as radio, television, and computers. A full chapter in this edition is devoted to microcontrollers.

Narrated - edited by Hector Vladimir 2018-2025©

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