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The Feynman Lectures on Physics: Commemorative Issue, Three Volume Set Later Printing Edition
| Richard P. Feynman (Author) Find all the books, read about the author, and more. See search results for this author |
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The Feynman Lectures on Physics: Commemorative Issue, Three Volume Set.
- Feynman's effective classroom style remains intact in these volumes, a valuable work by a remarkable educator.
- The volumes are an edited version of Richard Feynman's lectures, taped and transcribed specifically for the books.
- The three volume commemorative issue is either available hardbound and packaged in a specially designed slipcase, or in a paperbound edition.
- ISBN-100201500647
- ISBN-13978-0201500646
- EditionLater Printing
- PublisherAddison Wesley
- Publication dateJanuary 1, 1989
- LanguageEnglish
- Dimensions9.1 x 3.3 x 11.8 inches
- Print length1552 pages
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Product details
- Publisher : Addison Wesley; Later Printing edition (January 1, 1989)
- Language : English
- Hardcover : 1552 pages
- ISBN-10 : 0201500647
- ISBN-13 : 978-0201500646
- Item Weight : 9.74 pounds
- Dimensions : 9.1 x 3.3 x 11.8 inches
- Best Sellers Rank: #483,098 in Books (See Top 100 in Books)
- #231 in Physics (Books)
- Customer Reviews:
About the author

Richard P. Feynman was born in 1918 and grew up in Far Rockaway, New York. At the age of seventeen he entered MIT and in 1939 went to Princeton, then to Los Alamos, where he joined in the effort to build the atomic bomb. Following World War II he joined the physics faculty at Cornell, then went on to Caltech in 1951, where he taught until his death in 1988. He shared the Nobel Prize for physics in 1965, and served with distinction on the Shuttle Commission in 1986. A commemorative stamp in his name was issued by the U.S. Postal Service in 2005.
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1. You are a student who has already taken university calculus based physics and are interested in another view of the subject by one of the modern masters of physics
2.. You are a professional who is reading the texts for intellectual stimulation; e.g., you are a curious engineer (Really,
anyone who has taken the standard university calculus sequence through multivariable calculus can tackle the material in these books)
3. You are taking university physics and want to use these books for additional readings to understand important concepts and the big picture
If you are planning to use these books as your primary textbook source to learn the basics of physics, I agree with the comments that Feynman made in the preface that these lectures were a failure. Better calculus-based textbooks such as the 2nd edition of Halliday and
Resnick Fundamental of Physics already exist that cover the standard freshman calculus-based physics faire. However, the Feynman lectures are great to flip through, scan, skip around, read a page here and there. There are amazing deep insights sprinkled throughout.
The serious student of physics or engineering should try and dig up the 3 volume MIT physics series by French (Newtonian Mechanics, Vibrations, Special Relativity) and the 5 volume Berkeley Physics Course (BPC) to seek a deep and mathematically rigorous introduction to
physics. BPC Volume 2 on E&M by Purcell is still in print and still in use but the other volumes on Mechanics, Waves, Quantum, and Statistical Physics are harder to find.
The absolute beginner should immediately invest in Physics for the Inquiring Mind by Rogers (1960) and An Introduction to the Meaning and Structure of Physics by Cooper (1968). Cooper won the nobel prize in physics and is an excellent writer.
These books would serve as excellent volumes to read before Feynman.
OK, I'll admit I spent 35 years developing system software and I have a life long love of math and science, but I think these lectures are accessible to anyone who wants to actually understand what physics is all about. Dr. Feynman is able to present the concepts in a way that gets past the "here's the formula, memorize it" approach that many introductory presentations have been reduced to. If you persist, you will be rewarded with an understanding of how all those odd sounding bits fit together and at least some idea of how it all works.
Taking on these three volumes is a daunting task, but if you truly want to grasp this material, you won't find a shorter or easier path to getting there. You can read all kinds of popularizations relating to the voodoo of quantum mechanics, the time twisting of relativity, and the unfathomability of the smallest and the largest scales of the universe, but if you want to glimpse the reality behind the magic you need to recognize that a lot of very, very smart people have spent the past few hundred years sorting it out. The fact that all this can be made comprehensible to us mere mortals at all is a major accomplishment.
As others have mentioned the style is very informal which may be why it appeals to many. I however found the style to be too informal and in particular lack mathematical rigor. At least for me lack of mathematics made understanding the issues more difficult.
These books do not have any exercises. In my opinion it is impossible to really learn physics without doing problems. The more problems you do the better your understanding. I would advise anyone using these series to complement it with books with problems such as Schuam's outlines. You will need to get the appropriate Schuam for the particular subject you want to dive deep into.
On the whole I found the experience of reading them rewarding. I would recommend these books but not as the only source for the subjects.
On p. 4.6 ‘we shall soon find that we can write’ kinetic energy as WV^2/2g. Nowhere in this book have I found a derivation of this formula.
On p. 11.8 ‘to subtract two vectors we put across the ends…no’ which is correct and invalidate fig 11.7 where V2-v1 is drawn incorrectly. Very fine but then the explanation continues with fig 11.8 which duplicates the error. Seriously?
On p. 12.7 the force between two particles is given in formula 12.2 followed by the same but incorrect formula 12.3 on p. 12.8 which is somehow mysteriously corrected by formula 12.4
There are too many statements similar to ‘we will find, we will explain later, this law is incorrect’ without providing a reference where the explanation will be given.
Frankly I cannot see how a student would be able to use this book to learn physics. Smart people are not necessarily good authors of textbooks.








