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civilizedwasteland
Rank #2419 on Comments Level 310 Comments: Wizard Offline Send mail to civilizedwasteland Block civilizedwasteland Invite civilizedwasteland to be your friend flag avatar 

 Views: 20515Thank you based Mr. Skeleton Man
538 21 Total: +517
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Uploaded: 09/26/14
 Views: 21829Parlor View France Say?
509 42 Total: +467
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Uploaded: 12/26/13
 Views: 26734The Fast and the Furious 28
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Uploaded: 12/16/13
 Views: 16466Imma Str8 Gangsta, G Dog
332 20 Total: +312
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Uploaded: 12/25/13
 Views: 9898Murica
163 21 Total: +142
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Uploaded: 05/18/14
 Views: 7171Finals Week
84 3 Total: +81
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Uploaded: 12/12/13
 Views: 1509Cartoon Cartoons
4 4 Total: 0
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Uploaded: 02/11/14
 Views: 2181YAAAAA! err... NOOOO!
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Uploaded: 11/24/13
 Views: 1217Get Rekt
5 6 Total: 1
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Uploaded: 09/03/14
 Views: 15081Internet Usage Based on Time of Day
284 13 Total: +271
Comments: 41
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Uploaded: 01/13/14
 Views: 4912Inside a Pokéball
22 4 Total: +18
Comments: 5
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Uploaded: 01/10/14
 Views: 2928I think I'll try it a second time
12 0 Total: +12
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Uploaded: 12/16/13
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#49  Be the best, get promoted, whip those newbies and complacents …  12/19/2014 on FSF?  +11 
#18  the dog also licks the fire which is why he smacks it. [+] (1 new reply)  12/19/2014 on where are you when diarrhea...  0 
 
#126  As a huge fan of strategy games, I find civilization quite bor…  12/19/2014 on This Is Why We Can't Have...  +1 
#12  tfw when i got a 60% on a final and wont be passing the class. [+] (2 new replies)  12/18/2014 on To all students,  +2 
#16 
castereleven (12/18/2014) [] You can't actually fail junior high. Junior high in it's entirety is a waste of time and no one really cares about what grades you got there.  
#11  oh **** youre right, thats pretty painful though  12/18/2014 on Poor baby  0 
#28  look how ****** cute  12/18/2014 on FML  0 
#5  or white out, which is more kinky  12/17/2014 on Super Effective!  0 
#8  I believe it was originally an old picture called Diary of a C… [+] (1 new reply)  12/17/2014 on Diary of a Cat 1906, her...  0 
 
#13  7 is only a possible answer if the question was x^2=49 and yo… [+] (10 new replies)  12/16/2014 on Going to class drunk  4 
#29 
anonymous (12/17/2014) [] ok faggots, time to learn math: let's assume sqrt(x) = ±y, therefore, sqrt(x) = sqrt(x), as ±y = (±y) = ±y (the negative sign just reverses any sign, but since it's a ± sign, it is the same reversed). if we have sqrt(x) = sqrt(x), then sqrt(x) + sqrt(x) = 0 (add sqrt(x) to both sides) now, with the assumption that sqrt(x) = ±y, then with this we get: ±y + ±y = 0, or ±y ± y = 0 now, analyzing all the possible signs you could use with this equation: y + y = 2y, y + y = 0, y  y = 0, y  y = 2y so, we get that sqrt(x) = sqrt(x) only 50% of the time, so from this we determine that sqrt(x) =/= sqrt(x), and with that, we get that sqrt(x) =/= ±y, thus disproving ±7 being the root of 49 principal root: sqrt(x) will always return the positive root of x, and sqrt(x) will always return the negative root of x tl:dr i'm siding with civilizedwasteland on this one inb4 redthumbed to oblivion #31 
anonymous (12/17/2014) [] now, you may have some arguments 1. "you substitute + or  for the ± when adding ±y and ±y" yes you do, in the quadratic formula both (b+sqrt(b^24ac))/2a and (bsqrt(b^24ac))/2a are solutions, so you do have to use both possibilities for the signs. 2. "the signs you use when adding ±y and ±y must be opposites of each other" ?, why would that be the case? if sqrt(x) = ±y, then it shouldn't matter whether they're opposites signs or not because it should remain true in all cases. 3. "(±y) =/= ±y" add ±5 to 5, then try subtracting ±5 from 5, same answer(s) #21 
emiyashirou (12/17/2014) [] Yeah, no, you're wrong. The term 'square root' only refers to positive, imaginary or complex numbers. A square root cannot be a negative. #26 
terminallyunique (12/17/2014) [] >refers to imaginary or complex numbers Nigga what the hell do you think complex numbers are ? You CAN find the square root of a negative number; thats the whole concept of imaginary and complex numbers. Use "i" to represent the root of 1; therefore i^2 = 1 By extension root 49 for example, is 7i. But that's not even the point. Every number has a square root. If you square a negative value you get a positive value. That's why in saying a value for square root answers, unless otherwise stated, the answer is always +/ the actual numerical root value. Source : Current Pure and Applied Mathematics student. (I swear I'm 18) #32 
emiyashirou (12/17/2014) [] You didn't even read what I said at all, did you? Reread my comment and tell me if it says in even one place that a square root cannot be an imaginary number or you cannot find the square root of a negative. #19 
anonymous (12/17/2014) [] Technically sqrt(49) can only be 7 because it is the principal square root, to get sqrt(49) to be equal to 7 you would have to say sqrt(49). the reason x^2=49 => x=+/ 7 is because you can input either 7 or 7 into the equation to get 49, with just the sqrt function you only use the positive answer as you can only return one solution and it is also accepted to only use the positive root. tl:dr sqrt(x) =/= sqrt(x)  
#17  thats kind of sad  12/16/2014 on Catholic School  +1 