
A concise, step‑by‑step guide introduces the essential physics behind wireless telegraphy, beginning with the fundamentals of magnetism. The first lessons walk listeners through natural and artificial magnets, poles, magnetic fields, and the way magnetic lines of force shape the operation of early radio equipment. By grounding the material in clear, observable experiments—like the classic iron‑filings demonstration—the book makes abstract concepts feel tangible.
Building on that foundation, the series moves into magnetic induction, tracing how Faraday’s discoveries translate into the generation and detection of radio waves. Each chapter is arranged as an independent lesson, avoiding repetition while keeping the material logically connected. Whether you’re an amateur hobbyist eager to understand the “why” behind your transmitter, or a seasoned operator seeking a refresher on the underlying theory, this approachable course offers a solid, self‑contained education in the art of wireless communication.
Language
en
Duration
~1 hours (111K characters)
Publisher of text edition
Project Gutenberg
Release date
2020-09-29
Rights
Public domain in the USA.
Subjects

1889–1972
Best known for making science and technology feel approachable, this early 20th-century writer created practical books that invited young readers to build, experiment, and understand how things work. His work helped turn curiosity about radio, electricity, and invention into hands-on learning.
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