Is Modern Physics course hard?

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SUMMARY

The "Modern Physics" course is a 3-credit class typically taken by sophomore physics majors after completing two semesters of "General Physics" and calculus. It covers topics such as special relativity, atomic structure, hydrogen-atom energy levels, and an introduction to quantum mechanics, including the Schrödinger equation. Students often find concepts like relativity and wave-particle duality challenging, although the mathematical requirements are manageable until advanced topics are introduced. Self-study may be feasible depending on the individual's background and the institution's policies on testing out of courses.

PREREQUISITES
  • Completion of two semesters of General Physics
  • Two semesters of calculus
  • Familiarity with basic concepts of special relativity
  • Understanding of atomic structure and quantum mechanics fundamentals
NEXT STEPS
  • Research the Schrödinger equation and its applications in quantum mechanics
  • Study the principles of special relativity in depth
  • Explore atomic structure and hydrogen-atom energy levels
  • Investigate self-study resources for advanced physics courses
USEFUL FOR

Physics students, educators, and anyone interested in understanding the complexities of modern physics concepts and their applications in higher education.

relativitydude
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Is "Modern Physics" course hard?

Is "Modern Physics" course hard? It's a 3 Credit course that deals with special relativity, atomic structure etc.

Would it be impossible to study for this on my own to test out of it?
 
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It's 3 credits, so they either zoom over everything, or they just barely get to it. Ask people who have taken it in your school, or the prof who teaches it.

PL
 
relativitydude said:
Is "Modern Physics" course hard? It's a 3 Credit course that deals with special relativity, atomic structure etc.

Is this a college/university or high school course? USA or UK or where? What are the prerequisites?

At my college, "Introductory Modern Physics" comes after two semesters of "General Physics" and is normally taken by second-year (sophomore) physics majors. It assumes students have had two semesters of calculus out of a four-semester sequence. It covers relativity, photons, atomic structure, hydrogen-atom energy levels and spectra, and a taste of quantum mechanics (Schrödinger equation for the "particle in a box"). This year I ran out of time before getting to the hydrogen-atom quantum numbers, spin, etc. We'll do that next semester anyway.

Would it be impossible to study for this on my own to test out of it?

Depends on your background and how sharp you are, and on whether your school let's you test out of courses to begin with. I think most of our students find relativity and wave/particle stuff rather difficult conceptually, although the math isn't very heavy for them (at least not until we get to the Schrödinger equation).
 

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