How Hard Is Physics II: Electricity, And Magnetism?

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SUMMARY

Physics II: Electricity and Magnetism (E&M) is a challenging yet rewarding course, particularly for engineering majors with a solid mathematical foundation. Students with strong backgrounds in calculus, especially vector calculus, and a good grasp of trigonometry will find the course manageable. The key to success lies in mastering the concepts and consistently practicing problems. While many students struggle, those who dedicate time to understanding the material can excel, as evidenced by one student who achieved an A despite the course's reputation for difficulty.

PREREQUISITES
  • Vector calculus proficiency
  • Strong understanding of trigonometry
  • Familiarity with basic integration techniques
  • Prior completion of Physics I and Statics
NEXT STEPS
  • Explore honors-level Electricity and Magnetism courses for a deeper understanding
  • Practice advanced integration techniques relevant to E&M problems
  • Study the textbook "Electricity and Magnetism" by Purcell-Morin for advanced concepts
  • Engage in problem-solving sessions to reinforce conceptual understanding
USEFUL FOR

Engineering students, particularly those majoring in mechanical or civil engineering, and anyone preparing for or currently enrolled in Physics II: Electricity and Magnetism.

Baumer8993
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So I am taking Physics II this fall semester. I am an engineering major, and I am currently split between mechanical, and civil. My questions is how hard will the class be for me? I have already done the three semesters of calculus including a vector calculus extension. I got an A in calc III, but a B in calc II because it was my first semester of college. Other than that I have gotten all A's. The other physics classes I have taken so far are Physics I, and Statics? I feel like I am worrying about nothing, but that may just be me. Any advice for the class in general?
 
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It's a conceptually tough class, I am taking it now. The math isn't hard, at most trigonometric substitution is used as far as advanced methods of integration are considered. It's mostly just natural logs, exponentials, etc. Just learn the concepts really well
 
Not too bad, just finished the class. I got an A. Most of the people in my class failed but I could tell it was because they didn't put in the work. The math isn't hard, just integrating as mentioned, but the concepts are important. The main thing is make sure you do practice problems over and over again.
 
Is this going to be honors physics 2 or regular physics 2? It makes a quite a difference (depending on your university anyways).
 
Not terribly difficult, actually it was pretty interesting
 
E&M's the hardest part of the core physics curriculum, in my opinion, and that's true for the intro level, the advanced undergrad level, and the grad. level.

That said, the intro level shouldn't be too difficult. They usually try to keep the problems simple enough that basic integration techniques are sufficient.
 
Any weaknesses in your trigonometry or vectors and calculus will klobber you in the fundamental E&M intro physics course. This was one the the very worst courses for me.
 
I loved that class, we even got to relativity in the end.
 
One of my friends took honors EM at UPenn. They used Purcell-Morin and he said the instructor structured the class so that they started with relativity. I would say this is the best model for an EM class, certainly one that would allow for a more fruitful and deeper understanding of EM. So before you decide to take the regular class, see if your school offers an honors EM class of a similar nature, or just an honors EM class period. You have the math background already so you might find an honors version to be much more rewarding. Typical regular intro physics 2 classes can be quite dull and lacking heavily in math, if that matters to you.
 
  • #10
Personally, I found it challenging. You should really know what you're doing in physics I with vectors and trig as mentioned above. But yeah, if you loved your other physics class, it really isn't that much different in my opinion. Just practice a lot and make sure you know how to approach problems.
 

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