ANNING FOR PHYSICS CLASSES: What classes should I take for my physics degree?

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In summary: PLIn summary, the student is planning to get an AS in physics and either an AS in Computer Science or Engineering in order to transfer to a 4-year school. However, due to scheduling conflicts, the student is considering taking unrelated classes such as writing and statistics. The student's advisor has not provided much guidance on which electives to take, leading to confusion. Other students recommend taking Linear Algebra, Calculus IV, and Differential Equations, with some mentioning the importance of statistics for experimentalists and technical writing for all majors. Ultimately, the student plans to take as many math classes as possible and will consider taking a writing course in the future.
  • #1
Poop-Loops
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So in order to get my AS in physics (so I can transfer to a 4-year school) I need only 3 physics classes, and some other base requirements. So my plan was to get a physics AS and either an AS in Computer Science or Engineering (because the base requirements for both of those happen to be the requirements for an AS in physics. Go figure.), but the times are so screwed up for CS next year that I don't want to spend 6 hours in school for 3 classes, and the only EE class offered is the intro to EE one, and it's only 4 credits, so I'll have to take another class to make up for it. So... I figure I'll just take some math and totally unrelated classes like writing. But which classes exactly?

Well, the ones offered in my level are Linear Algebra, Calculus IV, and Differential Equations. Diff EQ's is a must, but it's not offered next fall, and Calc IV I heard has maybe 5 people register for it per quarter, so it never gets started up, so I was thinking Linear Algebra. But will it benefit me as a physics major? Besides math just being "fun" :rolleyes: ? Oh, and statistics is offered. What about that?

So now we move on to other electives. What area totally unrelated to math or science do physicists need? Writing? Group speaking? I'm totally lost. My advisor just said "whatever" basically, so I don't know. :(

PL
 
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  • #2
Poop-Loops said:
Oh, and statistics is offered. What about that?
PL

Have you done any statistics yet? I am of the impression that it's a subject that can be very helpful.

Poop-Loops said:
So now we move on to other electives. What area totally unrelated to math or science do physicists need? Writing? Group speaking? I'm totally lost. My advisor just said "whatever" basically, so I don't know. :(

PL

There's a question.. lol. Your advisor says 'whatever' and actually that's quite possibly the best answer, there is no limit to what you'll find helpful in the long term.

I have studied a bit of copyright law and some business, as electives, it was a recommended elective stream. It goes to reason in my location that these things will be useful to me in the future as enterprise is taking a gigantic leap forward where I live. So like I said there is no end to what you'll find helpful it depends what you factor into it for yourself.
 
  • #3
Linear Algebra is a MUST. Most of the 4 year colleges have it as a requirement for all science or engineering majors. You will be dealing with a lot of math in physics and Linear Algebra is a gateway to higher math.

Usually, in 2 year colleges it's crammed into calculus classes. But, if you have time for math classes, you should take Linear Algebra. Also, it will help you in your differential equation class when you do eigen vectors or gauss jordan eliminations.

Talking about general education classes, take classes on subjects you are interested in or feel you are weak in.
 
  • #4
linear algebra and calculus are the two most important, fundamental, and useful math subjects in the world. and it is impossible to understand several variable calculus well without linear algebra.
 
  • #5
Alright, I'll just take all the math the school has to offer then. :p

Except for Stats. I talked to some people, and apparently it isn't taught very well. I'll take that one after I transfer over.

Thanks everyone.

PL
 
  • #6
Stas is the only math subject that i did not like in college. Go for as much linear algebra and calculus as you can. It will serve you well in the future, believe me

marlon
 
  • #7
Statistics is extremely important if you plan on being an experimentalist. Not to mention that it's probably more useful for the average citizen to know.
 
  • #8
I know, I know. But I asked a friend who is taking the class, and he says the stuff is incredibly easy and horribly taught. Therefore, I will wait until I transfer before taking that class.

PL
 
  • #9
A Technical Writing class would be good no matter what you choose to study. I took one last semester. I learned more in my technical writing course than I ever did in all my English courses combined. I highly recommend it. At my school, it is required for mathematics majors to take a technical writing course.
 
  • #10
Again, my friend told me it was so stupidly easy. Like, how to write a memo or something. I'll take it sooner or later, though.

PL
 
  • #11
Poop-Loops said:
Again, my friend told me it was so stupidly easy. Like, how to write a memo or something. I'll take it sooner or later, though.

PL
Ahh that is no good then. Actually everyone I know who took the course also said the same thing. I was fortunate enough to have someone who worked as a technical writer for many years as my teacher. It was incredibly hard and time consuming for me, but I got an A and learned alot.
 
  • #12
Writing is a good idea. I do not write too well, but I write a lot better than I did before attending a school where written work was a priority.

Many many science and math papers are horribly written, and hence much harder to understand. Good writing skills help you communicate with your peers, thus not only sharing your ideas more effectively in the interest of science, but also persuading them of the value of giving you a grant.

I think you might be glad later if you take any such course, even one in English. You do not need to study "technical writing" to improve your writing. You could take a fun, well taught course on the novel.
 

FAQ: ANNING FOR PHYSICS CLASSES: What classes should I take for my physics degree?

What are the core classes required for a physics degree?

The core classes required for a physics degree typically include Calculus, Mechanics, Electricity and Magnetism, Thermodynamics, and Optics. These classes provide a strong foundation in fundamental principles and mathematical concepts that are necessary for understanding more advanced topics in physics.

Are there any recommended classes to take alongside the core physics classes?

It is highly recommended to take classes in related fields such as Chemistry, Biology, and Computer Science. These classes can provide a broader understanding of scientific principles and their applications, and can also be useful for pursuing specific areas of physics, such as biophysics or computational physics.

Can I take advanced physics classes as an undergraduate student?

Yes, many universities offer advanced physics classes for undergraduate students. These classes typically cover more specialized topics in physics and involve more advanced mathematics. It is important to check with your academic advisor or the physics department to see if you meet the prerequisites for these classes.

Is it beneficial to take classes in other branches of physics?

Yes, taking classes in other branches of physics, such as astrophysics, nuclear physics, or quantum mechanics, can provide a well-rounded understanding of the field and open up potential career paths. It is also helpful for graduate studies, as many research projects involve interdisciplinary collaborations.

Are there any classes that can help prepare for a career in physics?

In addition to physics classes, taking courses in statistics, programming, and technical writing can be helpful for a career in physics. These skills are often used in research and can also be valuable for jobs in industries that require a strong understanding of physics, such as engineering or technology.

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