Classical Mechanics : Taylor or Morin?

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Discussion Overview

The discussion revolves around the comparison of two classical mechanics textbooks, Morin and Taylor, focusing on their suitability for undergraduate students, particularly those entering their second year. Participants share their experiences and preferences regarding the difficulty of problems, clarity of explanations, and the overall instructional value of each text.

Discussion Character

  • Debate/contested
  • Exploratory
  • Technical explanation

Main Points Raised

  • Some participants recommend Morin for its challenging problems and extensive worked examples, suggesting it provides a deeper understanding of mechanics.
  • Others express concerns about Morin's accessibility, noting that its explanations may not be as clear as those in Taylor, which could hinder understanding of the material.
  • Several participants mention that Taylor includes practical and intuitive problems, though they may not be as difficult or instructive as those in Morin.
  • One participant highlights that the number of problems in Morin can be overwhelming, suggesting a strategy of selectively attempting questions to manage workload.
  • There are mixed opinions on the level of difficulty of Morin's problems, with some finding them excessively challenging while others appreciate the intellectual engagement they provide.
  • Participants discuss the structure of physics courses at various universities, noting differences in how mechanics is taught and the use of these textbooks in different contexts.

Areas of Agreement / Disagreement

Participants do not reach a consensus on which textbook is superior, as opinions vary widely based on personal experiences and preferences regarding problem difficulty and clarity of explanations.

Contextual Notes

Some participants mention that Morin is considered an undergraduate text primarily used at institutions like Harvard, while others note that their own experiences with mechanics courses differ, including the depth and breadth of material covered in their programs.

  • #31
I would say that Taylor goes way more in depth on the topics but Morin does go into things like Lagrangian mechanics, vibrational modes, and even some introductory general relativity (which is my most favorite subject in all of physics xP).
 
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  • #32
WannabeNewton said:
I would say that Taylor goes way more in depth on the topics but Morin does go into things like Lagrangian mechanics, vibrational modes, and even some introductory general relativity (which is my most favorite subject in all of physics xP).

At first I read that as "introductory general relativity" is your most favourite subject in all of physics, and I was about to say if what you are interested in is "introductory", then I really wonder what is "advanced general relativity"!
 
  • #33
atyy said:
At first I read that as "introductory general relativity" is your most favourite subject in all of physics, and I was about to say if what you are interested in is "introductory", then I really wonder what is "advanced general relativity"!
lmfao I lol'ed pretty hard at that one
 

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