About this title: Classic undergraduate text explores wave functions for the hydrogen atom, perturbation theory, the Pauli exclusion principle, and the structure of simple and complex molecules. Numerous tables and figures.
Note: This is a general synopsis. Each listing is described below.
Binding: Hardcover
Publisher: McGraw-Hill
Date Published: 1935
Description: Good. BJ2. Nice vintage hardcover. No jacket. Moderate wear to boards. Owner's name cut out of front endpage. Text is clean, unmarked, tight. All items are carefully and securely packed to insure they arrive in the advertised condition. read more
Description: 1985. Reprint. Very Good trade paperback, 468 pages with index. Previous owner name on title page. Slight corner wear. Text clean. Binding solid. read more
Binding: Paperback
Publisher: Dover Publications
Date Published: 1985
ISBN-13:9780486648712ISBN:0486648710
Description: New. Brand New! Buy with confidence-your satisfaction is guaranteed at B-Logistics! Due to the large scale of our operation, we do not have access to the specific contents/condition of our items. Please note that Expedited shipping is not available at this time. read more
Binding: Softcover
Publisher: Dover Pubns
Date Published: 1985-03-01
ISBN-13:9780486648712ISBN:0486648710
Description: NEW. Softcover. From an inventory that is 100% brand-new, 100% direct from the publishers' distribution channel. We carry NO pre-owned, NO remaindered. We pack in CARDBOARD to ensure the pristine quality is maintained. (Bubble-wrap alone is NOT sufficient to protect from USPS equipment. ) Guaranteed brand-NEW, protected with CARDBOARD, your satisfaction is guaranteed. BKLUVID: 9780486648712. read more
Binding: Hardcover
Publisher: McGraw Hill
Date Published: 1935
Description: Good. 1935 McGraw Hill pub. Hardcover. Light wear. Prior owner name inside. Some pencil marks in text. Ship same or next day. More Quantum mechanics, chemistry books in our store. read more
Binding: PAPERBACK
Publisher: MCGRAW HILL
Date Published: 1935
Description: Fair. Paperback, Larger format, a good reading copy. Your book will be securely packed and promptly dispatched from our UK warehouse. read more
Edition: Reprint
Binding: Hardcover
Publisher: McGaw Hill, New York
Date Published: 1935
Description: Very Good. No Jacket. 8vo-7¾"-9¾" tall, Royal blue cloth covered boards, gilt to spine. Ex-Lib. Usual library markings. 468 pages. Good reading/reference copy of this important classic. read more
Edition: First Edition, Third Impression
Binding: Hard Bound
Publisher: McGraw-Hill, New York
Date Published: 1935
Description: Original blue cloth. From the library of Chemistry professor Herbert M. Clark, who worked on the Manhattan Project, with his signature in ink, underlining and notations in blue and red pencil, else Very Good. No Dust jacket. read more
Binding: Trade Paperback
Publisher: McGraw-Hill Kogakusha
Date Published: 1935
Description: Very Good+ to Near Fine. No Jacket. Book has slight, even yellowing tint from aging. First page has two small attachments/glue to back of cover. Book has slight edge/shelf wear. Book is tight, square, glossy and text is unmarked. Delivery Confirmation included. read more
Binding: Hardcover
Publisher: McGraw Hill
Date Published: 1935
Description: Very Good. Great condition (address/name stamped/written on inside front and back covers, wear on cover, notes in pencil on a few pages). Pages are crisp and clean with a tight spine. read more
Edition: First Edition
Binding: Hardcover
Publisher: McGraw-Hill Book Company. Inc.
Date Published: 1/1/1935
Description: Good. B000O8SPP0 Good Hardcover reading copy; all text intact and legible; may have some marks inside; may have some damp wrinkling; covers with some creasing and wear. read more
"This is a wonderful book for not only chemists but for anyone really interested in quantum mechanics. It is amazingly clear considering what it is trying to explain. One thing should be noted and that is that it claims that "extensive knowledge of mathematics is not required" but the maths can be heavy at times. If you don't understand partial derivative equations then you may not get the full enjoyment of what the book is saying(as this is the most advanced mathematics that you need). But at the same time there is enough text that you would certainly be able to read the book and take a huge amount from it."
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