Key Info:

Midterm 1: Monday, February 4th, 7:00-10:00pm in CEMEX Aud

Midterm 2: Monday, February 25th, 7:00-10:00pm in Cubberley Aud

Final: Monday, March 18th 3:30PM-6:30PM, Hewlett 200

Midterm 1 Details

  • Blank PDF of the exam
  • Solutions (including detailed class grade distribution histograms, problem explanations, common bug explainers, and more)
  • Rules: closed book, closed computer and other aids. Closed notes except one sheet 8.5x11 (both sides). Sheet can be in any form you wish. The exam will NOT include a formula reference, so include anything you think you might need (e.g., DeMorgan's Laws). That said, I try to include essential definitions in the problems themselves as they arise (e.g., if I did a star problem, it would include the simple star criteron as a reminder).
  • "Dress Rehearsal" Practice Exam: Saturday, February 2nd, 7:00-10:00pm in 320-105. We are keeping one of the practice exams off of this page for now, and it will be printed and given out as a "dress rehearsal" practice exam. This gives you the chance to try an exam under realisitic, timed conditions. A TA will be on hand to answer your questions about the exam in an annex room near the exam room.
  • Preparing for the Exam (PDF)
  • Practice Exam 1 (Solutions)
  • Practice Exam 2 (Solutions)
  • Practice Exam 3 (this was the dress rehearsal exam) (Solutions)
  • Practice Exam 4 (Solutions)
  • Practice Exam 5 (Dr. Lee's exam from Spring 2018) (Solutions)
  • Extra Practice Problems (Solutions)

Midterm 2 Details

  • Blank PDF of the exam
  • Solutions (does NOT YET include detailed class grade distribution histograms, but that will be added after we grade this weekend)
  • Rules: closed book, closed computer and other aids. Closed notes except one sheet 8.5x11 (both sides). Sheet can be in any form you wish. The exam will NOT include a formula reference, so include anything you think you might need (e.g., DeMorgan's Laws). That said, I try to include essential definitions in the problems themselves as they arise (e.g., if I did a star problem, it would include the simple star criteron as a reminder).
  • Topics: The topics are psets 3, 4, and 5 (i.e., lectures in weeks 3, 4, 5; i.e., through induction). The topics from Midterm 1 aren't "off-limits" (how could they be?--that's when we learned how to write proofs!), but the emphasis is on testing the newer topics. As always, the practice exams are a good empirical view of what kinds of topics we test and how.
  • Practice Exam 1 (Solutions)
  • Practice Exam 2 (Solutions)
  • Practice Exam 3 (Solutions)
  • Practice Exam 4 (Solutions) (this one is the actual Midterm 2 from the most recent time I taught 103, in Spring 2018)

Final Details

  • Blank PDF of the exam
  • Solutions
  • Topics: More emphasis on topics post-Midterm2, but comprehensive of the whole course.
  • Rules: closed book, closed computer and other aids. Closed notes except one sheet 8.5x11 (both sides). Sheet can be in any form you wish. The exam will NOT include a formula reference, so include anything you think you might need (e.g., DeMorgan's Laws). That said, I try to include essential definitions in the problems themselves as they arise (e.g., if I did a star problem, it would include the simple star criteron as a reminder).
  • Practice Exam 1 (Solutions) (this is the actual final from the most recent time I taught 103, in Spring 2018)
  • Practice Exam 2 (Solutions)
  • Practice Exam 3 (Solutions)
  • Practice Exam 4 (Solutions)