Are There Errors in Barger and Olsson's Mechanics Textbook?

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SUMMARY

The discussion centers on the mechanics textbook "Barger and Olsson," which has been noted for containing errors. Despite these potential inaccuracies, users highlight the textbook's strong physical interpretations and effective examples, such as the conservation of angular momentum illustrated through boomerangs and satellite stabilization. While some believe the explanations for certain concepts, like tides, may be flawed, the book is praised for its rigorous mathematical treatment. Overall, it is recommended as a valuable resource for mechanics students, with the caveat to consult additional sources for a comprehensive understanding.

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  • Understanding of classical mechanics principles
  • Familiarity with mathematical interpretations in physics
  • Knowledge of angular momentum and gravitational effects
  • Experience with textbook analysis and critical evaluation
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  • Research the latest edition of "Barger and Olsson" for updates on corrections
  • Explore supplementary texts on classical mechanics for diverse perspectives
  • Investigate the physics of angular momentum and its applications
  • Study the gravitational effects on satellite stabilization techniques
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This discussion is beneficial for mechanics students, educators evaluating textbooks, and anyone interested in the critical analysis of educational resources in physics.

theFuture
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So this is the required text next semester for my mechanics class. I've read some reviews that there are a lot of errors in the book. Any truth to this?
 
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theFuture said:
So this is the required text next semester for my mechanics class. I've read some reviews that there are a lot of errors in the book. Any truth to this?
I bought Barger & Olsson in 1973 when it first came out. I still refer to it occasionally. It may be easier to follow the mathematics in other texts but I always found two things: 1. B&O provides very good and (usually) understandable physical interpretations of the mathmatical results and 2. The choices of examples used to illustrate the principles are very good.

For example(that I can recall from memory, there are many), the explanation of the physics of the boomerang is used to illustrate conservation of angular momentum. Another example is the explanation of automatic attitude stabilisation for satellites (including the moon) due to gravity gradient. I think the explanation for tides is wrong, but then I think that everyone's explanation is wrong. But it is the most rigourous mathematical treatment that I have seen.

As I recall it was relatively expensive back then, but it was well worth the investment (for me). Classical mechanics is not an easy subject - without doubt it was the most difficult course I ever took.

AM
 


It is possible that there may be some errors in the book, as with any textbook. However, it is important to keep in mind that no textbook is perfect and it is always recommended to consult with your professor or classmates if you have any doubts or questions about the material. Additionally, many textbooks go through multiple editions and updates, so it is possible that any errors have been corrected in newer versions. Overall, I would recommend using the book as a valuable resource for your mechanics class, but also supplementing your learning with other sources to ensure a thorough understanding of the subject.
 
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