IMPORTANT! Snow has been forecast for Monday night before our exam. There is the possibility that the University could be closed on Tuesday (our exam day) or could have a late opening. The University already has plans in place for what to do about final exams in the event of closing/late opening. Please read the following to find out more:
RESCHEDULING OF FINAL EXAMS ON OFFICIAL SNOW DAYS - FALL 2019
I don’t know yet what will happen, if anything. Current plans are to give the exam as scheduled. If I get any information I will post it here, but you should look at the University’s information to make sure you know what will happen.
The final exam will take place
The deadline for requesting a makeup exam has passed.
Please be aware of the exam rules:
No calculators or any other electronic devices are allowed to be used during the exam.
Phones must be turned off during the exam. Using a phone during the exam will be considered cheating and handled accordingly.
No formula sheets, notes, or any other materials will be allowed during the exam.
You must present your student ID when submitting your exam, so please bring your ID to the exam room. If you do not have your student ID you will not be allowed to submit your exam.
The exam runs from 8–10am. If you arrive late to the exam, you will be allowed to participate in the exam. However, you will not be given extra time to complete the exam; all exams will end at the stated times. Please give yourself plenty of time to get settled at the exam room.
The exam will be cumulative, with some emphasis placed on the material covered after that on Exam 2. The format will be similar to the midterms, although this exam will be longer than the midterms (there will be more problems). However, the exam will be designed so that it is expected that the final exam period will be sufficient time to complete it.
Here are some practice problems:
For additional practice problems, look at the old exams on the Resources page. Earlier instances of Math 233 covered the topics of curvature and tangential/normal components of acceleration. There are not covered now. We also cover surface integrals, Stokes theorem, and the divergence theorem, which were not done in previous Math 233s.
If you want to get a general idea of what the exam format is like, take a look at a recent Math 131 exam. Our exam may or may not have the same number of problems, but you can at least see how the pages are laid out, etc. Our exam will also include some multiple-choice questions.
There will be four review sessions:
Thu 12/12, 12–2pm, in HASA0020.
Fri 12/13, 10–12am, in MARC0131.
Sun 12/15, 5–7pm, in HASA0020.
Mon 12/16, 12–2pm, in ISB0135.