I Feel Ill-Prepared for University Physics

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SUMMARY

The discussion centers on a high school senior preparing for university physics as an electrical engineering major. The individual has completed an honors physics course focused on Mechanics and taken Calculus 1 and 2. They have purchased a calculus-based physics textbook and are contemplating whether to self-study algebra-based or calculus-based physics. Participants confirm that university physics typically begins with General Physics 1, which covers Mechanics, and suggest focusing on the curriculum and past exam papers for effective self-study.

PREREQUISITES
  • Understanding of Mechanics from high school physics
  • Completion of Calculus 1 and 2
  • Familiarity with calculus-based physics concepts
  • Access to a calculus-based physics textbook
NEXT STEPS
  • Review General Physics 1 and General Physics 2 syllabi from local universities
  • Study Electricity and Magnetism using a calculus-based approach
  • Explore Thermodynamics, Waves, and Optics through self-study resources
  • Investigate introductory Quantum Physics concepts related to semiconductors
USEFUL FOR

High school students transitioning to university physics, electrical engineering majors, and anyone seeking to strengthen their understanding of calculus-based physics concepts.

xxsteelxx
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Heres my situation: I have taken an honors physics course at high school using an algebra/trig book (college physics). However we only covered Mechanics in the course, so I don't feel ready for university physics. I'm going to be an electrical engineering major, therefore, physics is crucial for my major. I have taken Calculus 1 and 2 at community college and I have purchased a calculus-based physics textbook. Should I self-study algebra-based physics or calculus-based physics? And will about 3-4 months be enough to complete Electricity and Magnetism, Thermodynamics/Waves/Optics, and Modern Physics?
Someone has mentioned that after self-studying I should take a look at Quantum physics (as it is related to how semi-conductors work). What do you guys think?

Note: I'm currently a 12 grader in high school.

Thanks in advance! :)
 
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xxsteelxx said:
Heres my situation: I have taken an honors physics course at high school using an algebra/trig book (college physics). However we only covered Mechanics in the course, so I don't feel ready for university physics. I'm going to be an electrical engineering major, therefore, physics is crucial for my major. I have taken Calculus 1 and 2 at community college and I have purchased a calculus-based physics textbook. Should I self-study algebra-based physics or calculus-based physics? And will about 3-4 months be enough to complete Electricity and Magnetism, Thermodynamics/Waves/Optics, and Modern Physics?
Someone has mentioned that after self-studying I should take a look at Quantum physics (as it is related to how semi-conductors work). What do you guys think?

Note: I'm currently a 12 grader in high school.

Thanks in advance! :)

You're plenty-well prepared. "University Physics" isn't just one big course that everybody takes. You'll start off with General Physics 1, which is just more mechanics. The second semester will be General Physics 2, which is basically intro to E&M.

At least, that's how it works at most schools I know of. Beyond that, it depends on the specific requirements of your major. But what you call "University Physics" starts off with the assumption that the people in the class have no experience with physics at all and a fairly basic understanding of calculus.
 
Looks like you got a good mathematics foothold. If you learned the rest at high school you wouldn't need to go to uni would you? =) As far as self study goes, take a look at your curriculum, get hold of past exam papers/coursework. See what you can and can't do, base your self study around that.

When I did my first units (part time), we covered electrodynamics, thermodynamics, waves, optics, basic quantum theories and classical mechanics in about 6 months. This is an undergraduate level study outside full time work, so I assume this time schedule could apply to you as self study outside of your degree. I study about 15 hours a week, so you could easily shorten that 6 months. Luckily I also got a strong foothold in maths at high school.
 

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