Master the fundamentals of electricity with a rigorous, hands‑on approach.
This classic text presents core concepts, practical units, and measurement methods essential for second‑year students and early practitioners. It combines theory with worked examples and real‑world data to build a solid engineering foundation.
Organized into clear chapters, the book covers how electricity behaves in resting and moving forms, and how to measure current, electromotive force, and resistance. It explores heating effects, lighting lamps, arc and dynamo principles, and the behavior of alternating and continuous currents. Extensive diagrams, data, and drawings support learning and problem solving.
- Foundational definitions: Coulomb, Ampere, volt, ohm, and their practical uses
- Methods of measurement: ammeters, voltmeters, potentiometers, and standard cells
- Core topics: resistance, heating effects, incandescent and arc lamps, magnetism, and electromagnetism
- Dynamo and motor principles, transformers, and alternating currents
Ideal for readers seeking a thorough, example‑driven survey of electrical engineering concepts and measurement techniques.