Is Freshman Physics Too Difficult for Non-Calculus Students?

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SUMMARY

The discussion centers on the challenges faced by non-calculus students in taking Physics 121 at the University of Washington. Advisors recommend against enrolling in this calculus-based physics course without a solid foundation in calculus, as it is considered a "weed out" course for engineering students. Participants express concern that the intense nature of introductory physics courses discourages students from pursuing STEM majors. The debate highlights the need for a balance between maintaining rigorous standards and encouraging student participation in STEM fields.

PREREQUISITES
  • Understanding of calculus concepts, particularly derivatives and surface revolutions.
  • Familiarity with the structure and purpose of "weed out" courses in STEM education.
  • Knowledge of the introductory physics curriculum and its impact on student retention in STEM fields.
  • Awareness of educational policies and reforms related to STEM education, as discussed by figures like Obama and Arne Duncan.
NEXT STEPS
  • Research the curriculum requirements for Physics 121 at the University of Washington.
  • Explore alternative introductory physics courses that may be less intensive.
  • Investigate educational reforms aimed at improving STEM retention rates.
  • Study the impact of "weed out" courses on student success in engineering and science disciplines.
USEFUL FOR

Students considering a major in physics or engineering, academic advisors, and educators involved in STEM curriculum development will benefit from this discussion.

Domn
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Hi everyone. I am currently attending the University of Washington, and after talking to a few advisers it has become apparent to me that Physics 121 (first course in the calculus based physics series) is not recommended to people that haven't taken the entire calculus series yet. They explained that it was a very competitive course, and a weed out course for the engineering students. I have wanted to study physics for a while, and have never gotten the chance due to my high school background. So far I have showed that I am not too well adept in the math department (3.0 in calculus 1, and a 2.4 in calculus 2). I can say however, that I excelled in the understanding of derivatives, but failed to understand surface revolutions, and work problems within my calculus 2 class.

I am currently registered for Calculus 2 as a re-do, Microeconomics (I enjoyed macro, but I don't think I will enjoy micro after looking at the course summary.), and Intro to logic (this is because I wish to double major, or minor in philosophy). Would it be a good idea to drop micro for physics for my first quarter at University? So far I am undecided as to what my major will be, but I do want to study some upper level physics eventually.
 
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The whole "weed out," idea is truly a terrible one. It's a big problem right now with education in the US. Weeding out basically discourages kids from pursuing STEM majors. Anyways, dropping micro sounds like a very good one. Your focus should be on physics, especially since you're partially undecided and about to take your first physics class.
 
camjohn said:
The whole "weed out," idea is truly a terrible one. It's a big problem right now with education in the US. Weeding out basically discourages kids from pursuing STEM majors.

I disagree. Make them all weed out courses so the hardworking ones can get through it then have less competition for jobs later on.
 
DrummingAtom said:
I disagree. Make them all weed out courses so the hardworking ones can get through it then have less competition for jobs later on.

I'm not referring to the difficulty of the entire curriculum for physics majors, I'm referring to the intensity with which physics departments design their intro physics series. Such intensity discourages a lot of kids from even trying. Since a lot of American kids are already lazy, it gives the country a much less solid STEM skillset then its potential allows it. Obama and Arnie Duncan have actually spoken about it, and are trying to solve it.
 
camjohn said:
I'm not referring to the difficulty of the entire curriculum for physics majors, I'm referring to the intensity with which physics departments design their intro physics series. Such intensity discourages a lot of kids from even trying.

I never heard of a physics class getting easier as it goes up in level. If physics and math for that matter gets more difficult as it goes on.. then why should the first year courses be a cakewalk? That would be ruthless to design a system like that because then it would give false hope to those that succeeded in the intro but failed completely in the upper level classes. I would rather have an intense intro class that prepared me for studies later on. It's ridiculous to ask for anything less.

For instance, at my school there is the EE programming class and the CS programming class, both intro courses. The EE one is known to be very difficult --> pointers and memory the very first day and *lots* of writing throughout the semester while the CS one learns to read code and write seldom but mostly piece together code that's already written. What happens in the next CS course, Data Structures, when the intensity gets turned up? The CS kids struggle while the EE kids are finishing their homework in 15 minutes. In my opinion, that intro CS class probably helped some people grow confidence but it still didn't prepare them for what's to come.

I don't understand how making something easier will help STEM skillsets. Won't it just get more unqualified people into those fields? That's *if* they even survive the schooling after the "easy" classes. I don't buy into the "give everyone a chance" attitude. Either work hard and survive or get out.
 
camjohn said:
I'm not referring to the difficulty of the entire curriculum for physics majors, I'm referring to the intensity with which physics departments design their intro physics series. Such intensity discourages a lot of kids from even trying. Since a lot of American kids are already lazy, it gives the country a much less solid STEM skillset then its potential allows it. Obama and Arnie Duncan have actually spoken about it, and are trying to solve it.

Look at the school district Arne Duncan previously was the CEO of before becoming the secretary of education.
 

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