Physical Chemistry by Peter Atkins

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Peter Atkins' "Physical Chemistry" is viewed as a decent resource among physical chemistry textbooks, though it faces criticism for its broad scope, attempting to cover thermodynamics, statistical mechanics, classical mechanics, and electromagnetism in a single volume. The book has undergone significant revisions, leading users to be cautious about which edition they reference. Notably, it includes many biochemical examples, aligning with contemporary advances in biochemistry, which some readers appreciate. However, the clarity of reasoning in Atkins' explanations is questioned, particularly in the quantum mechanics section, where some concepts are seen as inadequately rigorous. Comparisons are made to other texts, with preferences leaning towards works by Moelwyn-Hughes and Walter J. Moore for their clarity and structure. There is a suggestion that physical chemistry should be divided into separate classes for quantum chemistry and thermal science to enhance understanding, rather than being consolidated into one book.

For those who have used this book


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As far as P chem books go this one is ok but I generally find p chem books bad. It's as if someone decided to teach thermodynamics, stat mech, classical mechanics, e&m and applications in one physics book. Crazy right?
 
Professor Atkins is the author of the moment in physical chemistry and he has produced some cracking chemistry books in the past.

However users of this one should be aware that it has undergone several major revisions so should be careful which edition they refer to.

Many of the examples are biochemical, which is unusual in a physical chemistry book, but in keeping with the modern advances in biochemistry and very welcome.

On balance, I prefer the previous generation book from Oxford by Moelwyn-Hughes or the one by W Moore, both of which I would give outstanding to.

This I would only rate as good.
 
I much prefer Walter J. Moores, Physical Chemistry over Atkins.
The reasoning in Atkins is not very clear and sometimes circular: E.g. he starts to motivate absolute temperature using the ideal gas law and promises to give a precise definition of absolute temperature later. Then he introduces entropy as ##S=\vardelta Q/T## for reversible processes and finally sais that now we can define temperature as ##T=\partial U/\partial S##.
 
Physical Chemistry: A Molecular Approach by McQuarrie is better.

I did not like Atkin's book, just the overall feeling was bad. Many things were not explained rigorously especially in the QM section.

In addition I also believe that Pchem should be split into 4 classes: 2 in quantum chemistry (QM + spectroscopy) and 2 in thermal science (thermodynamics + stat mech). Trying to teach these disparate subjects in 1 book is not going to go well.
 
For the following four books, has anyone used them in a course or for self study? Compiler Construction Principles and Practice 1st Edition by Kenneth C Louden Programming Languages Principles and Practices 3rd Edition by Kenneth C Louden, and Kenneth A Lambert Programming Languages 2nd Edition by Allen B Tucker, Robert E Noonan Concepts of Programming Languages 9th Edition by Robert W Sebesta If yes to either, can you share your opinions about your personal experience using them. I...
Hi, I have notice that Ashcroft, Mermin and Wei worked at a revised edition of the original solid state physics book (here). The book, however, seems to be never available. I have also read that the reason is related to some disputes related to copyright. Do you have any further information about it? Did you have the opportunity to get your hands on this revised edition? I am really curious about it, also considering that I am planning to buy the book in the near future... Thanks!

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