- Joined
- Feb 16, 2016
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Do as you see fitCan I formally profess my love for you and your burrito based composition ?
Do as you see fitCan I formally profess my love for you and your burrito based composition ?
+1. I only get that problem when my phone latches onto some wacky public network or xfinity wifi.
+1. I only get that problem when my phone latches onto some wacky public network or xfinity wifi.
Lawper just likes you
Lawper just likes you
If this is your first time here, welcome to the social thread!
@The Knife & Gun Club , good thread. That was fun. Hope it helps your friend out.
I guess I'll stop.Also @mwsapphire , you keep using the acronym "UW" to mean "upward". I'm sure there are plenty of huskies and badgers who get verrrry confused every time you do.
I guess I'll stop.
But, Huskies? Badgers? Are those sports teams?
I'm just glad I was able to post 3 SMBC comics and maintain (and conclude) an extensive conversation with @aldol16 in the same thread.
Where is this "lounge" forum I keep hearing about?
They are the mascots for the University of Washington and University of Wisconsin, respectively.I guess I'll stop.
But, Huskies? Badgers? Are those sports teams?
Councidentally enough, that's the old logo for Washington and that version of the husky is colloquially known as "the flying badger"
@JoaoMoutinho @UNMedGa @libertyyne physics followup!
I really don't understand why we load down rockets with centers of mass.
Wait wat...@Gurkhali why couldn't you just leave that cop alone? Now you're in jail
PI: "Hey I've got an idea to reduce the legitimacy of some dodgy journals"@Lawper @freak7 @libertyyne @Healer@1994
This is both hilarious and sad: A Neuroscientist Just Tricked 4 Dodgy Journals Into Accepting a Fake Paper on 'Midi-Chlorians'
Somebody submitted a paper on midichlorians to a whole bunch of journals and it actually got accepted by 4 of them. They basically took the Wikipedia article on mitochondria and changed it to be about midichlorians, with a bunch of Star Wars quotes and references thrown in.
PI: This is going to be the funniest thing ever@Lawper @freak7 @libertyyne @Healer@1994
This is both hilarious and sad: A Neuroscientist Just Tricked 4 Dodgy Journals Into Accepting a Fake Paper on 'Midi-Chlorians'
Somebody submitted a paper on midichlorians to a whole bunch of journals and it actually got accepted by 4 of them. They basically took the Wikipedia article on mitochondria and changed it to be about midichlorians, with a bunch of Star Wars quotes and references thrown in.
@Lawper @freak7 @libertyyne @Healer@1994
This is both hilarious and sad: A Neuroscientist Just Tricked 4 Dodgy Journals Into Accepting a Fake Paper on 'Midi-Chlorians'
Somebody submitted a paper on midichlorians to a whole bunch of journals and it actually got accepted by 4 of them. They basically took the Wikipedia article on mitochondria and changed it to be about midichlorians, with a bunch of Star Wars quotes and references thrown in.
PI: "Hey I've got an idea to reduce the legitimacy of some dodgy journals"
Grad Student: "There's only like a 1% chance that'll work"
PI: "Never tell me the odds"
PI: This is going to be the funniest thing ever
Grad student: There's literally no way this will work
PI: YOU UNDERESTIMATE MY POWER!!!!!!
@Lawper @Matthew9Thirtyfive
Maybe I'm just being dense, but is there a decent way to diagram a set C=A∪B st A∩B=∅?
All I can think of is making a pie chart-shaped thing with half A and half B and just putting a bold outline around the outside border with an arrow pointing to it that says "C"
I was more referring to a set diagram. I actually think I answered my own question though. It seems that the convention in set diagrams is that the containing set needs not to be the same visual size of the contained set, even if the two sets are equal.What does st mean? A∩B=∅ means there is nothing in common to both, while C=A∪B means what's in C = what's in A + what's in B. So having both is two circles attached to each other with no intersection/overlap and C is the border and shaded regions of A and B.
At least in probability, P(C) = P(A)+P(B)
This is my MCAT study process in a nutshell.
"Is"? Are you taking the MCAT in the future- I thought you were wrapping up senior year and applying this cycle?This is my MCAT study process in a nutshell.
No, I'm actually just starting senior year and I'll apply next cycle. Publications and all that."Is"? Are you taking the MCAT in the future- I thought you were wrapping up senior year and applying this cycle?
Whomever drew this cartoon clearly has been eavesdropping on my M1 anatomy group's obsession with bodily humor!