
A clear‑thinking guide from the early nineteenth century, this work walks listeners through the fundamentals of physical science with a steady, methodical voice. Beginning with the most basic qualities of matter—size, volume, density, and the way atoms and molecules combine—it sets a solid foundation before moving on to how those properties behave under various conditions.
The middle sections explore inertia, the interplay of action and reaction, and the ways forces combine and resolve in everyday phenomena. Readers hear vivid examples ranging from the motion of a feather and cannonball to the lift of a bird’s wing, all illustrated with simple experiments and diagrams that bring abstract ideas to life.
Beyond the mechanics themselves, the treatise touches on attraction, magnetism, and the nuances of terrestrial gravity, offering a glimpse into the scientific thinking that shaped modern physics. Its concise explanations and historical perspective make it an engaging listen for anyone curious about the roots of mechanical theory.
Language
en
Duration
~12 hours (713K characters)
Publisher of text edition
Project Gutenberg
Credits
Thiers Halliwell, deaurider and the Online Distributed Proofreading Team at https://www.pgdp.net (This file was produced from images generously made available by The Internet Archive)
Release date
2021-08-17
Rights
Public domain in the USA.

1777–1835
A soldier-turned-scientist, this British physicist helped make measurement more precise in the early 1800s. He is best remembered for the reversible pendulum that bears his name and for practical work in geodesy, astronomy, and standardizing weights and measures.
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1793–1859
A lively 19th-century science writer and lecturer, he helped bring technical subjects to a broad reading public. He is especially remembered for editing the vast Cabinet Cyclopaedia and for turning science and engineering into engaging popular reading.
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