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musicman

Last status update:
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Personal Info
Gender: male
Age: 28
Date Signed Up:7/31/2009
Last Login:5/03/2015
Location:boston
Funnyjunk Career Stats
Comment Ranking:#31973
Highest Content Rank:#2733
Highest Comment Rank:#10511
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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
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Content Views:89386
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)

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    SPOILER SPOILER
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    lol lol
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    dogs dogs
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    a bag of weed a bag of weed
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    the force the force
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    Uploaded: 08/16/09
    Samuel Jackson Samuel Jackson
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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
User avatar #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
User avatar #42 - ikingdabsy (03/09/2015) [-]
Come Fly With Me
#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
User avatar #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/x-8) as x->8, you are working on the Extended Complex Plane. Stop trying to argue this. It is mathematical fact.
User avatar #64 - anonymoose (03/01/2015) [-]
EXTENDED
COMPLEX
PLANE!
#56 - why the **** would you use the extended complex plain, …  [+] (4 new replies) 02/28/2015 on I wish I was this creative 0
User avatar #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.
#58 - musicman (02/28/2015) [-]
Bro the answer is DNE shut the fuck up. If you want proof look at the fucking graph dipshit.
User avatar #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/x-8) as x->8, you are working on the Extended Complex Plane. Stop trying to argue this. It is mathematical fact.
User avatar #64 - anonymoose (03/01/2015) [-]
EXTENDED
COMPLEX
PLANE!
#54 - Bro just stop  [+] (6 new replies) 02/28/2015 on I wish I was this creative 0
User avatar #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.
#56 - musicman (02/28/2015) [-]
why the fuck would you use the extended complex plain, if on a test you were to right down (infinity) you would be wrong. nowhere in the problem did it say that you should use complex plain. The answer is DNE plug it into any limit calculator and you will see.
User avatar #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.
#58 - musicman (02/28/2015) [-]
Bro the answer is DNE shut the fuck up. If you want proof look at the fucking graph dipshit.
User avatar #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/x-8) as x->8, you are working on the Extended Complex Plane. Stop trying to argue this. It is mathematical fact.
User avatar #64 - anonymoose (03/01/2015) [-]
EXTENDED
COMPLEX
PLANE!
#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
User avatar #53 - anonymoose (02/28/2015) [-]
That's if you're working on the complex plane, not the extended complex plane.
User avatar #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.
#56 - musicman (02/28/2015) [-]
why the fuck would you use the extended complex plain, if on a test you were to right down (infinity) you would be wrong. nowhere in the problem did it say that you should use complex plain. The answer is DNE plug it into any limit calculator and you will see.
User avatar #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.
#58 - musicman (02/28/2015) [-]
Bro the answer is DNE shut the fuck up. If you want proof look at the fucking graph dipshit.
User avatar #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/x-8) as x->8, you are working on the Extended Complex Plane. Stop trying to argue this. It is mathematical fact.
User avatar #64 - anonymoose (03/01/2015) [-]
EXTENDED
COMPLEX
PLANE!
#50 - No  [+] (10 new replies) 02/28/2015 on I wish I was this creative 0
User avatar #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 x-8 as x->8 =0, lim 1/x-8 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
User avatar #53 - anonymoose (02/28/2015) [-]
That's if you're working on the complex plane, not the extended complex plane.
User avatar #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.
#56 - musicman (02/28/2015) [-]
why the fuck would you use the extended complex plain, if on a test you were to right down (infinity) you would be wrong. nowhere in the problem did it say that you should use complex plain. The answer is DNE plug it into any limit calculator and you will see.
User avatar #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.
#58 - musicman (02/28/2015) [-]
Bro the answer is DNE shut the fuck up. If you want proof look at the fucking graph dipshit.
User avatar #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/x-8) as x->8, you are working on the Extended Complex Plane. Stop trying to argue this. It is mathematical fact.
User avatar #64 - anonymoose (03/01/2015) [-]
EXTENDED
COMPLEX
PLANE!
#48 - yes it is Lim 1 x-> x-8 = …  [+] (12 new replies) 02/28/2015 on I wish I was this creative 0
User avatar #49 - anonymoose (02/28/2015) [-]
If you're working on the extended complex plain it equals ∞.
#50 - musicman (02/28/2015) [-]
No
User avatar #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 x-8 as x->8 =0, lim 1/x-8 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
User avatar #53 - anonymoose (02/28/2015) [-]
That's if you're working on the complex plane, not the extended complex plane.
User avatar #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.
#56 - musicman (02/28/2015) [-]
why the fuck would you use the extended complex plain, if on a test you were to right down (infinity) you would be wrong. nowhere in the problem did it say that you should use complex plain. The answer is DNE plug it into any limit calculator and you will see.
User avatar #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.
#58 - musicman (02/28/2015) [-]
Bro the answer is DNE shut the fuck up. If you want proof look at the fucking graph dipshit.
User avatar #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/x-8) as x->8, you are working on the Extended Complex Plane. Stop trying to argue this. It is mathematical fact.
User avatar #64 - anonymoose (03/01/2015) [-]
EXTENDED
COMPLEX
PLANE!
#36 - The limit question is wrong though  [+] (14 new replies) 02/28/2015 on I wish I was this creative 0
User avatar #41 - anonymoose (02/28/2015) [-]
No it's not.
#48 - musicman (02/28/2015) [-]
yes it is
Lim 1
x-> x-8 = DNE
User avatar #49 - anonymoose (02/28/2015) [-]
If you're working on the extended complex plain it equals ∞.
#50 - musicman (02/28/2015) [-]
No
User avatar #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 x-8 as x->8 =0, lim 1/x-8 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
User avatar #53 - anonymoose (02/28/2015) [-]
That's if you're working on the complex plane, not the extended complex plane.
User avatar #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.
#56 - musicman (02/28/2015) [-]
why the fuck would you use the extended complex plain, if on a test you were to right down (infinity) you would be wrong. nowhere in the problem did it say that you should use complex plain. The answer is DNE plug it into any limit calculator and you will see.
User avatar #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.
#58 - musicman (02/28/2015) [-]
Bro the answer is DNE shut the fuck up. If you want proof look at the fucking graph dipshit.
User avatar #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/x-8) as x->8, you are working on the Extended Complex Plane. Stop trying to argue this. It is mathematical fact.
User avatar #64 - anonymoose (03/01/2015) [-]
EXTENDED
COMPLEX
PLANE!
#78 - Movie?  [+] (1 new reply) 12/22/2014 on True Love 0
User avatar #102 - enocon (01/12/2015) [-]
yeah, Vanilla Sky
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#14 - musicman ONLINE (10/29/2012) [-]
**musicman rolls 36**
#13 - musicman ONLINE (10/29/2012) [-]
**musicman rolls 22**
#12 - musicman ONLINE (10/29/2012) [-]
Mariana and Camila Davalos
#11 - musicman ONLINE (05/08/2012) [-]
**musicman rolls 63**
#8 - musicman ONLINE (08/24/2011) [-]
**musicman rolls 68**
#9 to #8 - musicman ONLINE (08/24/2011) [-]
**musicman rolls 69**
#10 to #9 - musicman ONLINE (08/24/2011) [-]
**musicman rolls 57**
#6 - musicman ONLINE (08/23/2011) [-]
**musicman rolls 01**
#7 to #6 - musicman ONLINE (08/23/2011) [-]
**musicman rolls 29**
#4 - musicman ONLINE (08/06/2011) [-]
*toll 2*
#5 to #4 - musicman ONLINE (08/06/2011) [-]
**musicman rolls 51**
User avatar #3 - ThumbingYouUp (05/28/2010) [-]
LEARN ABOUT PERIODS FTW
#1 - musicman ONLINE (08/03/2009) [-]
rate and comment
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