---several hours later---
Now onto the real reason for this post. Over the last few months, I've heard some awesome math "comebacks", thanks to the students I tutored.
"You are the third derivative of position."
Gotta love math insults. Speaking of which, I decided to find more (via our good friend Google). And right off the bat--
"He probably thinks googol is a search engine."
"The intersection of her brain and reality, is the null set."
"You're as exciting as the derivatives of e^x."
These are non-math related, but some interesting tidbits I picked up from my classes thus far this semester.
- SCHOOL: Six Crappy Hours Of Our Lives
- Pedantic: using big words for the sake of big words
- Polysyllabic: word of many syllables (oh how I love irony...and self-explanatory words)
The "Law" of Marginal Utility of Dating
Well, this was a really random post. But that's okay, because randomness is what makes a good (unbiased§§) sample in statistics.- The first (maybe even second) date is great
- Each date after that gives you less additional satisfaction
- You realize the same thing is occurring to the person you're dating
- That's why you marry in order to prevent him or her from finding someone else who will give them higher additional satisfaction, and before you reach zero additional satisfaction
May your derivatives eventually reach zero, and your integrals be constant.
*Blizzard, test rescheduled, had to take a shuttle to take my test a week later in a city four hours away >_< Not to mention I did worse than the first time I took the test
**Technically 14 credits and a 3 credit class I'm auditing, but still taking up time
***Happens quite frequently actually. Only when I tell others the things that I should be doing will guilt me into finally doing what needs to be done.
§This basically says for each additional unit of consumption (say a Snickers bar), the less additional satisfaction you get (your fifth Snickers bar isn't as good as the first).
§§[sic]
1 comment:
You should put "May your derivatives eventually reach zero, and your integrals be constant" on your Christmas cards.
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