Preparing for University: Balancing Academics and Social Life in Physics

In summary: Hang out with people who make you smarter, not dumber. It sounds cliche, but finding those types of friends takes a bit of effort and some luck. Lastly, don't be afraid to ask for help. A lot of the time, people feel like they should be able to figure everything out on their own. But if you're struggling, there's someone out there who can help.
  • #1
Mulz
124
5
In about a month I will be studying physics in university after graduating from high school.

Are there general advice you guys can give me? I don't know what to expect and I'm anxious about failing.

What should I do meanwhile during the holiday, and during school time? Should I simply study everyday or what? I'm actually clueless as of what to do in order to do well.
 
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  • #2
make sure you have a grasp of high school mathematics, pre-cal and under. If you do, proceed to learn basic Calculus. Alternatively, if possible, you can postpone taking the Calculus based physics your first semester. This will allow you to have completed Calculus prior to the first physics class. Secondly, when you take the Electricity and Magnetism portion of physics, you will have already completed Calculus 2.
 
  • #3
Often, the hardest part about some of the introductory physics problems is figuring out what you're being asked and how to proceed with a solution, not necessarily the solution itself. Don't worry about failing, but I agree with MidgetDwarf: you definitely need a really solid grasp of all of the math you did in high school as well as some calculus. It sounds so obvious, but the biggest thing for me when I was doing my undergrad studies (starting my Ph.D. this fall, so I'm in a similar boat of starting something new) is to just do practice problems. Don't just do the problems that are assigned for homework (obviously do those too), do some problems that aren't assigned. Get a really good grasp of how to do all types of problems you can find and get the hang of doing some much more difficult problems than the ones you are assigned. That way, when it's time for exams, nothing can surprise you and be way more difficult that what you were exposed to.
 
  • #4
Embrace student life. Focus on the social aspects. And not the crazy parties. Become friends with people who (have the potential) to be well-rounded, are ambitious, do well on exams, but also have a rich social life and healthy mature relationships.
 

FAQ: Preparing for University: Balancing Academics and Social Life in Physics

1. What will I study in my first year of university as a physics major?

As a physics major, your first year of university will likely consist of introductory courses in mechanics, electricity and magnetism, thermodynamics, and modern physics. These courses will lay the foundation for more advanced topics in later years.

2. How much math is involved in studying physics at university?

Math plays a crucial role in physics, so you can expect to take several math courses, including calculus, differential equations, and linear algebra. These math courses will prepare you for the quantitative aspects of studying physics.

3. Will I be able to conduct research as an undergraduate physics student?

Yes, many universities offer opportunities for undergraduate students to participate in research projects with faculty members. These research experiences can be valuable in developing your skills and knowledge in a specific area of physics.

4. How can I best prepare for studying physics at university?

To prepare for studying physics at university, it is essential to have a strong foundation in math and science. It would also be helpful to familiarize yourself with basic concepts in physics and to develop critical thinking and problem-solving skills.

5. What career opportunities are available for physics graduates?

A degree in physics can lead to a wide range of career opportunities in industries such as engineering, research, education, and technology. Some common job titles for physics graduates include data analyst, research scientist, and software engineer.

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