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musicman
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Level 165 Comments: Soldier Of Funnyjunk Online
Send mail to musicman Block musicman Invite musicman to be your friend Last status update:  

 
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Gender:  male 
Age:  28 
Date Signed Up:  7/31/2009 
Last Login:  5/23/2015 
Location:  boston 
Funnyjunk Career Stats  
Comment Ranking:  #30977 
Highest Content Rank:  #2733 
Highest Comment Rank:  #10511 
Content Thumbs:  2258 total, 2854 , 596 
Comment Thumbs:  654 total, 923 , 269 
Content Level Progress:  58% (58/100) Level 122 Content: Respected Member Of Famiry → Level 123 Content: Respected Member Of Famiry 
Comment Level Progress:  40% (4/10) Level 165 Comments: Soldier Of Funnyjunk → Level 166 Comments: Soldier Of Funnyjunk 
Subscribers:  4 
Content Views:  90178 
Times Content Favorited:  601 times 
Total Comments Made:  287 
FJ Points:  2136 
Favorite Tags:  lol (40)  dark night (3)  family guy drugs (2)  gieco (2) 
 Views: 24327eminem
952 55 Total: +897
Comments: 158
Favorites: 174
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 Views: 16036we win
484 42 Total: +442
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 Views: 14346SPOILER
363 177 Total: +186
Comments: 3
Favorites: 5
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 Views: 10402Wake up call
137 6 Total: +131
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Favorites: 24
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 Views: 6142lol
135 47 Total: +88
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Favorites: 12
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 Views: 1164dogs
27 3 Total: +24
Comments: 1221
Favorites: 11
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 Views: 12015Fire Bending
238 48 Total: +190
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Favorites: 39
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 Views: 1369Dancing Dog
10 4 Total: +6
Comments: 0
Favorites: 1
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 Views: 1114end of the world
1 0 Total: +1
Comments: 1
Favorites: 2
Uploaded: 08/10/09
 Views: 1373man with 100 more voices
1 0 Total: +1
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Favorites: 0
Uploaded: 08/10/09
 Views: 1137comic of drunk driving
1 0 Total: +1
Comments: 198
Favorites: 1
Uploaded: 08/09/09
 Views: 1139a bag of weed
1 0 Total: +1
Comments: 1
Favorites: 1
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 Views: 1113Planking Fail
11 6 Total: +5
Comments: 3
Favorites: 2
Uploaded: 08/23/11
 Views: 453makes sense
8 5 Total: +3
Comments: 2
Favorites: 2
Uploaded: 06/21/10
 Views: 32315boxing fail
5 2 Total: +3
Comments: 3
Favorites: 2
Uploaded: 08/13/09
 Views: 376WTF
3 1 Total: +2
Comments: 16
Favorites: 0
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 Views: 5430the force
2 0 Total: +2
Comments: 0
Favorites: 6
Uploaded: 08/10/09
 Views: 4333Samuel Jackson
1 0 Total: +1
Comments: 0
Favorites: 1
Uploaded: 08/16/09
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latest user's comments
#29  everybody we found the guy whose fun at parties [+] (1 new reply)  03/12/2015 on *Hits Blunt* Comp 3  +1 
#30 
theguywhoaskswhy (03/12/2015) [] Fuck yeah I am. Can you spin plates on your nipples? Didn't fucking think so, punk!  
#37  source? [+] (1 new reply)  03/09/2015 on Jennifer  0 
 
#58  Bro the answer is DNE shut the **** up. If you want pro… [+] (2 new replies)  02/28/2015 on I wish I was this creative  0 
#65 
anonymoose (03/01/2015) [] The extended complex plane has the property that ∞=∞ and therefore, lim(z/0)^ and lim(z/0)^+ have the same value and that value is just called ∞. If you get the answer ∞ from lim (1/x8) as x>8, you are working on the Extended Complex Plane. Stop trying to argue this. It is mathematical fact.  
#56  why the **** would you use the extended complex plain, … [+] (4 new replies)  02/28/2015 on I wish I was this creative  0 
#57 
anonymoose (02/28/2015) [] I'm assuming they're using the extended complex plane because that's the answer you would get if you used the extended complex plane. x^2=2 has no solution if you're working on the natural numbers, but if someone said the solution is sqrt(2) you wouldn't call them wrong, because (since we get an answer) we're not working with the natural numbers. #65 
anonymoose (03/01/2015) [] The extended complex plane has the property that ∞=∞ and therefore, lim(z/0)^ and lim(z/0)^+ have the same value and that value is just called ∞. If you get the answer ∞ from lim (1/x8) as x>8, you are working on the Extended Complex Plane. Stop trying to argue this. It is mathematical fact.  
#54  Bro just stop [+] (6 new replies)  02/28/2015 on I wish I was this creative  0 
#55 
anonymoose (02/28/2015) [] Wolfram Alpha works on the complex plane, not the extended complex plane. en.wikipedia.org/wiki/Riemann_sphere read up nigga. #57 
anonymoose (02/28/2015) [] I'm assuming they're using the extended complex plane because that's the answer you would get if you used the extended complex plane. x^2=2 has no solution if you're working on the natural numbers, but if someone said the solution is sqrt(2) you wouldn't call them wrong, because (since we get an answer) we're not working with the natural numbers. #65 
anonymoose (03/01/2015) [] The extended complex plane has the property that ∞=∞ and therefore, lim(z/0)^ and lim(z/0)^+ have the same value and that value is just called ∞. If you get the answer ∞ from lim (1/x8) as x>8, you are working on the Extended Complex Plane. Stop trying to argue this. It is mathematical fact.  
#52  but it only is 1/0 from the right. on the left it becomes 1/0… [+] (8 new replies)  02/28/2015 on I wish I was this creative  0 
#53 
anonymoose (02/28/2015) [] That's if you're working on the complex plane, not the extended complex plane. #55 
anonymoose (02/28/2015) [] Wolfram Alpha works on the complex plane, not the extended complex plane. en.wikipedia.org/wiki/Riemann_sphere read up nigga. #57 
anonymoose (02/28/2015) [] I'm assuming they're using the extended complex plane because that's the answer you would get if you used the extended complex plane. x^2=2 has no solution if you're working on the natural numbers, but if someone said the solution is sqrt(2) you wouldn't call them wrong, because (since we get an answer) we're not working with the natural numbers. #65 
anonymoose (03/01/2015) [] The extended complex plane has the property that ∞=∞ and therefore, lim(z/0)^ and lim(z/0)^+ have the same value and that value is just called ∞. If you get the answer ∞ from lim (1/x8) as x>8, you are working on the Extended Complex Plane. Stop trying to argue this. It is mathematical fact.  
#50  No [+] (10 new replies)  02/28/2015 on I wish I was this creative  0 
#51 
anonymoose (02/28/2015) [] Yes. If you're working on the extended complex plane (or Riemann sphere), ∞ is a value defined as z/0. Since Lim x8 as x>8 =0, lim 1/x8 as x>8 = ∞ #52 
musicman (02/28/2015) [] but it only is 1/0 from the right. on the left it becomes 1/0. Then you have positive and negative infinite. when the left side does not equal the right side you are left with the limits answer being DNE. You should take a calculus course, you learn this on the first day #53 
anonymoose (02/28/2015) [] That's if you're working on the complex plane, not the extended complex plane. #55 
anonymoose (02/28/2015) [] Wolfram Alpha works on the complex plane, not the extended complex plane. en.wikipedia.org/wiki/Riemann_sphere read up nigga. #57 
anonymoose (02/28/2015) [] I'm assuming they're using the extended complex plane because that's the answer you would get if you used the extended complex plane. x^2=2 has no solution if you're working on the natural numbers, but if someone said the solution is sqrt(2) you wouldn't call them wrong, because (since we get an answer) we're not working with the natural numbers. #65 
anonymoose (03/01/2015) [] The extended complex plane has the property that ∞=∞ and therefore, lim(z/0)^ and lim(z/0)^+ have the same value and that value is just called ∞. If you get the answer ∞ from lim (1/x8) as x>8, you are working on the Extended Complex Plane. Stop trying to argue this. It is mathematical fact.  
#48  yes it is Lim 1 x> x8 = … [+] (12 new replies)  02/28/2015 on I wish I was this creative  0 
#51 
anonymoose (02/28/2015) [] Yes. If you're working on the extended complex plane (or Riemann sphere), ∞ is a value defined as z/0. Since Lim x8 as x>8 =0, lim 1/x8 as x>8 = ∞ #52 
musicman (02/28/2015) [] but it only is 1/0 from the right. on the left it becomes 1/0. Then you have positive and negative infinite. when the left side does not equal the right side you are left with the limits answer being DNE. You should take a calculus course, you learn this on the first day #53 
anonymoose (02/28/2015) [] That's if you're working on the complex plane, not the extended complex plane. #55 
anonymoose (02/28/2015) [] Wolfram Alpha works on the complex plane, not the extended complex plane. en.wikipedia.org/wiki/Riemann_sphere read up nigga. #57 
anonymoose (02/28/2015) [] I'm assuming they're using the extended complex plane because that's the answer you would get if you used the extended complex plane. x^2=2 has no solution if you're working on the natural numbers, but if someone said the solution is sqrt(2) you wouldn't call them wrong, because (since we get an answer) we're not working with the natural numbers. #65 
anonymoose (03/01/2015) [] The extended complex plane has the property that ∞=∞ and therefore, lim(z/0)^ and lim(z/0)^+ have the same value and that value is just called ∞. If you get the answer ∞ from lim (1/x8) as x>8, you are working on the Extended Complex Plane. Stop trying to argue this. It is mathematical fact.  
#36  The limit question is wrong though [+] (14 new replies)  02/28/2015 on I wish I was this creative  0 
#51 
anonymoose (02/28/2015) [] Yes. If you're working on the extended complex plane (or Riemann sphere), ∞ is a value defined as z/0. Since Lim x8 as x>8 =0, lim 1/x8 as x>8 = ∞ #52 
musicman (02/28/2015) [] but it only is 1/0 from the right. on the left it becomes 1/0. Then you have positive and negative infinite. when the left side does not equal the right side you are left with the limits answer being DNE. You should take a calculus course, you learn this on the first day #53 
anonymoose (02/28/2015) [] That's if you're working on the complex plane, not the extended complex plane. #55 
anonymoose (02/28/2015) [] Wolfram Alpha works on the complex plane, not the extended complex plane. en.wikipedia.org/wiki/Riemann_sphere read up nigga. #57 
anonymoose (02/28/2015) [] I'm assuming they're using the extended complex plane because that's the answer you would get if you used the extended complex plane. x^2=2 has no solution if you're working on the natural numbers, but if someone said the solution is sqrt(2) you wouldn't call them wrong, because (since we get an answer) we're not working with the natural numbers. #65 
anonymoose (03/01/2015) [] The extended complex plane has the property that ∞=∞ and therefore, lim(z/0)^ and lim(z/0)^+ have the same value and that value is just called ∞. If you get the answer ∞ from lim (1/x8) as x>8, you are working on the Extended Complex Plane. Stop trying to argue this. It is mathematical fact.  
#78  Movie? [+] (1 new reply)  12/22/2014 on True Love  0 