MATH 61

Introduction to Discrete Structures

Description: Lecture, three hours; discussion, one hour. Requisites: courses 31A, 31B. Not open for credit to students with credit for course 180 or 184. Discrete structures commonly used in computer science and mathematics, including sets and relations, permutations and combinations, graphs and trees, induction. P/NP or letter grading.

Units: 4.0
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Clarity N/A/ 5
Workload N/A/ 5
Helpfulness N/A/ 5
Overall Rating N/A
Easiness N/A/ 5
Clarity N/A/ 5
Workload N/A/ 5
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Overall Rating 5.0
Easiness 3.4/ 5
Clarity 5.0/ 5
Workload 2.7/ 5
Helpfulness 5.0/ 5
Most Helpful Review
Fall 2019 - I think that the quarter that I took it was Professor Rubin’s first quarter teaching, but I would 11/10 recommend him. Lectures/Professor Professor Rubin is extremely clear during lectures and his class was appropriately paced. He will stop to explain and answer students’ questions if there are any. He also has a pretty good sense of humor and I feel like he is funny without really trying, as in he will randomly make some remarks that make the class laugh. Participation/Discussions Discussions are mandatory for the attendance grade and my TA passed around a sign in sheet. For my discussion section, the TA went over the course content briefly and then gave us a worksheet to do. It’s not mandatory to turn the worksheet in, but just good practice. At the end of the last 20 ish minutes, the TA will go over the worksheet. I’m not sure if that’s how all discussion sections go though. Piazza/Extra Help Usually, any hw or content related questions will be answered by the TAs and they are very helpful and respond pretty quickly. Any logistics related questions the professor will also respond pretty quickly. As for office hours, I have personally never went to any, but whenever office hours are cancelled due to a holiday, the professor will offer make up office hours after break. Homework/Exams There is weekly homework, most of which are textbook problems, with the occasional extra problems from the professor. The homework problems are, in my opinion, much harder than his actual exams. It took me quite a bit of time and thinking and looking at Piazza to finish the problems. However, the amount is not crazy a lot and I think it was pretty reasonable for a math class. As mentioned earlier, the exams aren’t that bad and is actually pretty easy if you know the content and have attempted the problems. There is also more than enough time to complete the problems. If I remember correctly, the midterms each have 4 problems (some with multiple parts) and final has 8 problems. The problems aren’t tricky and are really just testing your understanding. Also, both midterms had an average of around 80 or 84, which probably says a lot about the exam difficulty. The only thing, though, is that the professor doesn’t give out practice problems. He will give a study guide but it’s really just a list of topics that he has covered. Overall, I highly Professor Rubin’s class. However, although the exams weren’t hard, I would still recommended studying ahead and doing the hw/practice problems. Discrete math covers a variety of topics so it’s important to be familiar with all of them.
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