Richard Feynman's lectures on physics

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Discussion Overview

The discussion revolves around the accessibility of Volume 2 of Richard Feynman's Lectures on Physics for someone who has not read Volume 1, specifically in the context of studying electromagnetics as part of an electrical engineering curriculum.

Discussion Character

  • Debate/contested
  • Conceptual clarification

Main Points Raised

  • One participant expresses interest in understanding electromagnetics from Volume 2 of Feynman's lectures, having enjoyed the content previously.
  • Another participant suggests that prior knowledge of some physics topics from school may suffice to understand Volume 2.
  • A different participant argues that Volume 1 is essential due to its coverage of electromagnetic radiation, which is foundational for the concepts in Volume 2.
  • Further clarification is provided that both volumes are part of the same physics course, indicating significant interdependencies, including numerous references from Volume 2 back to Volume 1.

Areas of Agreement / Disagreement

Participants do not reach a consensus; there are competing views regarding the necessity of Volume 1 for understanding Volume 2, with some asserting it is essential while others believe some foundational knowledge may be adequate.

Contextual Notes

There are unresolved assumptions regarding the specific prior knowledge required and the extent to which Volume 1's content is integrated into Volume 2.

iVenky
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I am doing electrical engineering. I wish to know about Electromagnetics fields. I read little bit in Richard Feynman's lectures on Physics and I liked it a lot. Actually he had written about Emf in Volume 2. Will I be able to understand Volume 2 without seeing Volume 1? Thanks in advance.
 
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I think so. Provided you know some physics 1 topics from school or whatnot.
 
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FLP I and II are part of the same physics course, not two separate physics courses, and so there are many dependencies. As Daverz points out there is an extended discussion of electromagnetic radiation in Vol. I, starting with the mathematical prerequisites in chapter 21, Algebra, and continuing unabated through chapter 36, Mechanisms of Seeing, all together constituting about 1/3rd of Vol. I. Moreover, in Vol. II there are 121 references to chapters, sections, figures, tables and equations in Vol. I which will be meaningless if you don't have it.

Mike Gottlieb
Editor, The Feynman Lectures on Physics
www.feynmanlectures.info
 

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