Rough OoM Estimate for Number of HW Problems Assigned

  • Thread starter Ackbach
  • Start date
  • Tags
    Estimate
In summary: The class is definitely too short (I'd say it's barely adequate for a college freshman), and the homework is too light. I'd say you should assign at least 30 problems, and up to 45 if you want to make sure they're really getting the concepts.
  • #1
Ackbach
Gold Member
MHB
4,155
89
I'm just starting out teaching in a US high school, and I have AP Physics B that I'm taking over in the Spring. I've never taught physics before except in a tutoring context. All my students are seniors, and are taking 7 classes total! Each of those classes meets 4 times per week. So I can't just go wild and assign 30 problems every night. The total amount of time seniors spend on homework for all their classes needs to be about two hours a day. And the last piece of background info you need to answer my question is that, generally, I'm planning on doing a very short lecture in class (say, 10-15 minutes), followed by the students working on their "homework" sets in class, with me walking around and helping individual students. So they will have 35-40 minutes to work on their problem sets in class. I'm planning on collecting homework every day, except for quiz and test days.

Given all this info, what do you think is a reasonable number of homework problems to assign each day?

Thanks in advance for your help!
 
Science news on Phys.org
  • #2
I can speak from a student's perspective who has taken AP Physics B. If you chose to have students work through the problems during class, it's reasonable to assign 15 core problems (plug into the formulas) and 5 challenge problems, which would yield 30 and 40 minutes each.

What worked really well in my class was that all the homework sets were optional with answers included, in that I got 100% or exemption on the assignment. This allows the student to do what's necessary for their individual needs. Of course, this wouldn't work well in a freshman physics classroom, but considering that your students are AP-level seniors, such a level of autonomy is good for their morale and college preparation.
 
  • #3
Ackbeet said:
I'm just starting out teaching in a US high school, and I have AP Physics B that I'm taking over in the Spring. I've never taught physics before except in a tutoring context. All my students are seniors, and are taking 7 classes total! Each of those classes meets 4 times per week. So I can't just go wild and assign 30 problems every night. The total amount of time seniors spend on homework for all their classes needs to be about two hours a day. And the last piece of background info you need to answer my question is that, generally, I'm planning on doing a very short lecture in class (say, 10-15 minutes), followed by the students working on their "homework" sets in class, with me walking around and helping individual students. So they will have 35-40 minutes to work on their problem sets in class. I'm planning on collecting homework every day, except for quiz and test days.

<snip>

Something's not adding up: each student is expected to spend 2 hours per day on homework, spread over 7 classes. That implies your homework 'allotment' is about 20 minutes per day. FWIW, where does the '2 hours' come from? High school seniors- especially ones taking advanced classes- should be expected to spend a *lot* more time on homework.

I'm also a little confused by your classroom activities- they will be spending more time on the 'homework' in your classroom then they would be at home! Is there not a lab component to your class?
 
  • #4
Well, you've hit right on the problem. The seniors simply don't have time enough for each class, in my opinion.

Two hours is a rough estimate for the amount of time per class per day they would spend in college. If you figure about 15 hours of class per week, that's a total of 45 hours of school work per week, which is certainly not unreasonable. But these kids are doing more like 35 hours of class per week, and they're in sports and every extra-curricular available.

We spend some time on homework in class, but we can't afford loads of time. I had to change the format of the class since I wrote the OP. The kids need more guidance than that plan was offering. I'm now doing more lecture than I was.

There are no labs, unfortunately. The issue is that I took over this course mid-year, and the instructor who started the year left in November. Then there was a substitute until the end of the semester. So you can imagine that they didn't make a whole lot of progress through the book (I'm not saying their time was wasted, mind you) for the entire month of November and December. As a result, they were way behind, and I'm having to scurry to make sure I cover all the topics needed for the exam before it hits. We're really up against it!
 
  • #5
Blech... sounds like you got the short end of the stick. Good luck!
 
  • #6
Hehe. Thanks. The good thing is that the (really wonderful) administration is well aware of the issue, and very supportive. That makes things so much better! I don't think anyone is judging anything on the basis of this semester.
 
  • #7
FYI, I'm pretty sure labs are supposed to be a part of all the AP Physics courses. You might want to check the College Board website, and see what you can find in the way of information or other material.
 
  • #8
Redbelly98 said:
FYI, I'm pretty sure labs are supposed to be a part of all the AP Physics courses. You might want to check the College Board website, and see what you can find in the way of information or other material.

You're quite right. However, due to the students having had two different teachers last semester, and another change of teacher for this semester, there simply isn't time to do labs and cover all the material we have to cover.
 
  • #9
You're not in an easy position, and I see it's been a couple months since you first posted. Good luck, and hope it is going well.
 

What is a rough OoM estimate for the number of HW problems assigned?

A rough OoM (Order of Magnitude) estimate is a quick and approximate calculation used to give a general idea of the size or scale of a problem. In the context of HW problems, it refers to the approximate number of problems that will be assigned for a specific assignment or course.

How is the rough OoM estimate for the number of HW problems determined?

The rough OoM estimate for the number of HW problems assigned is typically determined by the instructor or course coordinator based on various factors such as the complexity of the problems, the length of the assignment, and the level of the course. It is usually an educated guess rather than an exact calculation.

Why is a rough OoM estimate used for the number of HW problems assigned?

A rough OoM estimate is used because it provides a quick and easy way to estimate the workload for a specific assignment or course. It allows students to plan their time and resources accordingly and helps instructors ensure that the workload is manageable for students.

Can the rough OoM estimate for the number of HW problems change?

Yes, the rough OoM estimate for the number of HW problems assigned can change depending on various factors such as the progress of the course, feedback from students, and unforeseen circumstances. However, changes to the estimate are typically communicated to students in advance.

How accurate is the rough OoM estimate for the number of HW problems assigned?

The rough OoM estimate is not meant to be a precise calculation and is often rounded up or down for simplicity. Therefore, it may not be entirely accurate, but it serves as a guide to give students an idea of the workload they can expect for a specific assignment or course.

Similar threads

  • STEM Educators and Teaching
Replies
7
Views
4K
  • STEM Educators and Teaching
Replies
3
Views
1K
  • STEM Educators and Teaching
Replies
10
Views
3K
Replies
9
Views
1K
  • STEM Educators and Teaching
Replies
18
Views
3K
  • STEM Educators and Teaching
Replies
9
Views
2K
  • Set Theory, Logic, Probability, Statistics
Replies
1
Views
1K
  • Programming and Computer Science
Replies
11
Views
1K
  • Advanced Physics Homework Help
Replies
5
Views
1K
Replies
6
Views
932
Back
Top