Storieta
English
Save & sign up

About this book

An Elementary Study of Chemistry is a textbook‑style treatise that begins by grounding the reader in the historic work of John Dalton and his atomic theory. The opening passage explains Dalton’s laws of multiple proportion, conservation of matter, and definite composition, then moves to the atomic hypothesis and its three assumptions about atoms, masses, and molecular formation. From there the authors introduce the distinction between atoms and molecules, discuss how atomic weights are determined, and segue into the practical notation of chemical formulas and equations, illustrating each with concrete examples such as HgO, H₂O, and Fe + S. The text proceeds methodically, presenting definitions, logical deductions, and exercises that reinforce the principles just introduced.

Written in the clear, didactic prose of late‑19th‑century scientific manuals, the book reflects a period when chemistry was being systematized for students. Its voice is formal yet instructional, relying on careful argument and frequent reference to experimental facts. Readers who enjoy a rigorous, historically grounded exposition of foundational chemistry, particularly those studying the evolution of atomic theory or seeking a disciplined introduction to chemical formulas and equations, will find this work both informative and rewarding.

Who appears in An Elementary Study of Chemistry

  • JOHN DALTONMiddle-aged English gentleman, white hair, powdered wig, dark coat, cravat, scholarly expression

Opening lines

JOHN DALTON (English) (1766-1844) Developed the atomic theory; made many studies on the properties and the composition of gases. His book entitled "A New System of Chemical Philosophy" had a large influence on the development of chemistry Similarly, the element iron combines with oxygen to form two oxides, one of which is black and the other red. By analysis it has been shown that the former contains 1 part by weight of iron combined with 0.286 parts by weight of oxygen, while the latter contains 1 part by weight of iron combined with 0.429 parts by weight of oxygen. Here again we find that the amounts of oxygen which combine with the same fixed amount of iron to form the two compounds are in the ratio of small whole numbers, viz., 2:3.

Keep reading free · start reading with no account

New illustrated classics

A new classic, drawn, in your inbox.

Once or twice a month: the latest books to get full character casts, scene art, and free comic editions. No account needed.