The Romance of Modern Chemistry: A Description in Non-Technical Language, of the Diverse and Wonderful Ways in Which Chemical Forces Are at Work, and of Their Manifold Application in Modern Life (Clas

by James Charles Philip

Unlocking the hidden chemistry of everyday life

Discover how chemical forces shape the world around us in clear, non-technical language. This volume invites curious readers to see the science behind common phenomena, from the air we breathe to the fuels that power industry, art, and home life. No lab required—just an open mind and a sense of wonder.

The book guides readers through the practical side of chemistry, showing how discoveries move from the lab to real life. It emphasizes accessible explanations and memorable examples, helping both newcomers and those with some background rethink what they know about elements, reactions, and materials.

Clear, non-technical explanations of how chemical forces work in everyday life Stories of discovery, experimentation, and the people behind them Illuminating connections between old ideas and modern chemistry A structured flow designed for easy, consecutive reading Ideal for curious readers seeking a broad, engaging tour of chemistry without heavy jargon.

Genres: Science

398 pages, Hardcover

First published August 10, 2010

Reviews

[Josh Friedlander]

By "romance", the author means explanations without equations or techical terms, and a focus on interesting applications. Such books are a dime a dozen nowadays, often focusing on more specific topics, and I'm not sure there's any reason to read this book (first published 1910) today, especially seeing as chemistry has actually been updated in some important ways since. Still, contains some (to me) interesting facts, such as people having previously thought electricity had a distinct smell, which turned out to be ozone gas formed by the electricity's interaction with oxygen. The author discusses air pollution caused by wood fires and how coal, or better still electrical stoves, are preferred. Mention of the Nobel Laureate (1903) Arrhenius' discovery of why salt water (but not sugar water) conducts electricity (answer: the water breaks up the ionic bonds in the molecule [solvation], leading to a solution of positively and negatively charged ions, which can conduct electricity; whereas sugar is covalently bonded), led me to read about the latter's theory that CO₂ emissions would lead the planet to steadily become hotter until it was uninhabitable. (Wikipedia informs me that the current scientific consensus is that Earth's temperature range is bound by orbital effects, but atmospheric CO₂ levels can push it to the high end of this range.)

[Zane]

An absolutely delightful book filled with useful and interesting information. Philip has a lighthearted sense of humor and a pleasant style of writing, this was fun to listen to and a book I’d like to own a copy of to use as reference. Though published in 1910, the chemistry discussed is sound and Philip explains all the core concepts well and with addictive enthusiasm.