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  1. leehuan

    MATH2621 Higher Complex Analysis

    Which of the following does the empty set satisfy: - Open - Closed - Bounded - Compact - Connected - Simply connected - (is a) Region - (is a) Domain Is the answer all of them?
  2. leehuan

    MATH2601 Higher Linear Algebra

    This is just some personal fun \\\text{For the V.S. }(\mathbb{R}^+, \oplus, \otimes, \mathbb{R})\\ \text{where }x\oplus y = x\times y\\ x\otimes y = y^x\\ \text{Does there exist an inner product we can define to make it an inner product space?}
  3. leehuan

    Official UNSW S1 2017 Results

    See now that's me for a lot of my mates. A bit selfish, maybe, but when it comes to myself I expect minimum HD.
  4. leehuan

    Official UNSW S1 2017 Results

    How were your marks this sem overall
  5. leehuan

    Official UNSW S1 2017 Results

    If the graduates are already crying then what hope is there left for me smh
  6. leehuan

    UNSW chit chat thread

    Re: UNSW chit chat thread 2017 Realistically speaking - No. He's just a nightmare relative to the sem 1 lecture because Rob is a godsend.
  7. leehuan

    MATH2621 Higher Complex Analysis

    This isn't actually a question I got from the course but I'm not sure if it can be done via 4U techniques so I decided to leave it here. I know intuitively why it works but I'm curious as to the proper proof of it \text{Suppose that }0+0i\notin S,\text{ where }\\ S=\{z \in \mathbb{C} : |z -...
  8. leehuan

    UNSW chit chat thread

    Re: UNSW chit chat thread 2017 The latter two are for sure. If your decimal point is not .0 you can infer if INFS has gone in.
  9. leehuan

    S1 2017 Exam results waiting/discussion thread (MQ)

    Because some people need GPA. Not that it's necessarily the best way to fish for GPA. But it works.
  10. leehuan

    S1/17 WAM Predictions

    The WAM that you had earlier involved 9 courses. Referring to a post InteGrand made earlier, a .45454545 decimal place is only possible when 11 courses have been submitted in. This is because if you multiply .45454545 by 11, you get a number that's approximately equal to an integer. Which makes...
  11. leehuan

    S1/17 WAM Predictions

    Well it depends on how many courses you've already done prior to 2017 s1.
  12. leehuan

    MATH2621 Higher Complex Analysis

    \text{For }z=x+iy \text{ find the image of }x+y=4\text{ under the mapping }w=z^{-1}
  13. leehuan

    S1/17 WAM Predictions

    Why not? Reasons as aoc said. It's all available on the business school website.
  14. leehuan

    S1/17 WAM Predictions

    Yeah but that's Britz lmao The deans list is for performance over a year. Not a semester.
  15. leehuan

    S1/17 WAM Predictions

    No lol why would they be bothered to do that
  16. leehuan

    S1/17 WAM Predictions

    Can confirm
  17. leehuan

    S1/17 WAM Predictions

    Because I've compared with several of my peers already. And mreditor told me for some reason the finance dept is just slow with this stuff. I've been quite agitated over the fact that FINS can't mark as fast as MATH can. But in all honesty, they got the quiz 3 marks out AFTER the finals were...
  18. leehuan

    S1/17 WAM Predictions

    Honestly not even 1613 is in
  19. leehuan

    S1/17 WAM Predictions

    Now aim for HD, because second sem math is friendlier
  20. leehuan

    S1/17 WAM Predictions

    2601 certainly got scaled lmao
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