How many hours per week for Waves & Oscillations?

AI Thread Summary
Budgeting eight hours per week for an undergraduate Waves and Oscillations course, with an additional 14 hours during exam weeks, is considered reasonable by some, depending on individual backgrounds and the course's difficulty. This time allocation is specifically for homework and does not include class time or labs. Students with prior exposure to the material may find this manageable, while those encountering it for the first time might need more time. Labs are highlighted as significant time commitments that are essential for understanding the material. Experiences vary widely, with some institutions viewing the course as challenging while others consider it easier. Preparatory work, such as reviewing Electromagnetics and Vector Calculus, is recommended to ease the transition into the course. Overall, personal study habits and prior knowledge play crucial roles in determining the necessary time commitment for success in the course.
Eric_meyers
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I'm budgeting my time for the upcoming semester, and I've made a goal with myself to spend at the bare minimum 8 hours per week for an undergraduate course in Waves + Oscillations - with a surplus of 14 hours for a week that has an exam in it.

Does this seem like a reasonable amount of time?
 
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Does this time budget include class time and labs, or is it just for homework?
 
Depends on how hard hte class is and how good of a student you are. You'll be the one who is best able to determine how much studying you need.
 
lisab said:
Does this time budget include class time and labs, or is it just for homework?

Just for homework: I have a part time job as well as taking 5 classes + 2 labs this semester so I have to budget my time very carefully. I was wondering what other people have experienced through a waves undergrad course?
 
Eric_meyers said:
Just for homework: I have a part time job as well as taking 5 classes + 2 labs this semester so I have to budget my time very carefully. I was wondering what other people have experienced through a waves undergrad course?

Wow, your're really taking on a busy schedule!

The penguin is wise: it's really going to depend on you. Eight hours is probably doable if you have had some exposure to this material in high school, and are good at math. But if it's all new to you, it will probably take more time...as a general rule, the labs are incredible time sinks, but they're critical to learning the material.

When I took this class (which was a while ago, so the memory is a bit ~) the labs took a *long* time to write up. The homework always seemed to take longer than I budgeted for, too.
 
For what it's worth, the waves, optics, and relativity course in my department was a senior level class. By senior year I pretty much had the physics major thing figured out; I knew how to think about physics and how to do homework assignments. I probably only spent four or five hours a week on the class. Of course, I'm not you, and you might require more or less studying.
 
Pengwuino said:
Depends on how hard hte class is and how good of a student you are.

Exactly. I've seen schools where this class is a cakewalk, and schools where this is the weed-out class.
 
I'll be taking the EE version of this next year. I've heard it is a course that at least 75% of EE's find to be the most difficult Undergrad course required (I attend UMass).

I've been reviewing Electromagnetics and Vector Calculus over the summer. My Multivariate and Differential Equations math teacher recommended "Div, Grad, Curl, and All That" as a supplementary book on informal Vector Calculus to accompany what I learned in Multivariate Calculus and Physics II as a form of preparatory learning/review. I really enjoyed the concept of line integrals in Multivariate, and flux integrals in the above text, so I'm hoping I won't be too lost in "Fields and Waves". Being a 4-credit lecture course, I know I'm in store for some sleepless nights and 12-packs of Coke Zero...
 
^I think our curriculum differ - in my course sequence we're just now starting line integrals/surface integrals and our waves & oscillations isn't an upper division just a lower division course.

I don't think it has "fields" in it either, just waves and oscillations - although I could just be ignorant on the topic and there are in fact vector fields to wrestle with or something like that.
 

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