Master practical electricity with a hands-on, laboratory‑rich course for first‑year engineers.
This edition weaves clear explanations with a strong emphasis on experimental learning, so students grasp concepts by doing. It presents current, potential difference, and resistance in a logical sequence, supported by apparatus designed for easy use in lectures and labs.
This book is built around a practical approach: the author argues that electricity is best learned by experimenting, not just reading. You’ll find complete, ready‑to‑use lab setups that let dozens of students work simultaneously, with clear demonstrations of fundamental ideas before moving to more complex topics. The text also introduces units and terminology aligned with the Electrical Congress standards, helping students build a solid, real‑world grounding.
What you’ll experience
- Step‑by‑step experiments that illustrate current, voltage, and resistance in concrete terms.
- Hands‑on guidance on building and testing insulating materials, condensers, and telegraph insulators.
- Explanations of apparatus design, measurement techniques, and the reasoning behind the chosen sequence of topics.
- Practical notes on conducting experiments safely and efficiently in a classroom or lab setting.
Ideal for readers who want a classroom‑tested framework that emphasizes experimentation as the path to mastering electrical science. Suitable for students beginning their engineering education or instructors seeking a practical textbook‑lab blend.