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Pages: < 1 « 3274 3275 3276 3277 32783538 >

[2014-10-16. : 12:50 am]
Dem0n -- math sux
[2014-10-16. : 12:50 am]
Azrael -- All possibilities aren't infinite anyways. Just arbitrarily large.
[2014-10-16. : 12:49 am]
jjf28 -- Mini Moose 2707
Mini Moose 2707 shouted: jjf28 If there are an infinite number of parallel universes spanning all possibilities, is there a parallel universe where parallel universes don't exist?
no, as that would require there being a parallel universe for that universe to be parallel to; in addition the format of your question implies that parallel universes have a containment relationship, when that defies their very nature
[2014-10-16. : 12:49 am]
Azrael -- Good times, good times.
[2014-10-16. : 12:48 am]
Azrael -- "Mini Moose 2707 -- Nah, just x^3 - x"
[2014-10-16. : 12:48 am]
Azrael -- "Jack[RCDF -- wait +1 "
[2014-10-16. : 12:47 am]
Azrael -- "Jack[RCDF -- f(x)=x3 - x"
[2014-10-16. : 12:47 am]
Azrael -- "Jack[RCDF -- wait"
[2014-10-16. : 12:47 am]
Azrael -- "Jack[RCDF -- f(x)=x^3 - 1"
[2014-10-16. : 12:47 am]
Azrael -- "Mini Moose 2707 -- Jack, pls. (x - 1)(x - 0)(x + 1)"
[2014-10-16. : 12:46 am]
Moose -- jjf28
jjf28 shouted: you forgot to say something clever moose
If there are an infinite number of parallel universes spanning all possibilities, is there a parallel universe where parallel universes don't exist?
[2014-10-16. : 12:44 am]
l)ark_ssj9kevin -- r e k t
[2014-10-16. : 12:44 am]
Azrael -- " What's the second derivative test? I've done all this before, but it was two years ago and I had no interest in it and have forgotten a lot."
[2014-10-16. : 12:44 am]
jjf28 -- like "you could always call in a bomb threat, but I think you get sent to GBay nowadays... how do you feel about cockmeat sandwiches?"
[2014-10-16. : 12:41 am]
jjf28 -- you forgot to say something clever moose
[2014-10-16. : 12:33 am]
Moose -- Do you know how much more I could be doing with six? Okay, not much I'm not doing already actually, lel.
[2014-10-16. : 12:32 am]
Moose -- And here I bought a quad core like a scrub
[2014-10-16. : 12:23 am]
Roy -- I guess it's that new socket type.
[2014-10-16. : 12:21 am]
Roy -- It's interesting that the 5820K is a 6-core processor, though; the previous generation (4820K) was only 4 cores.
[2014-10-16. : 12:03 am]
Roy -- It's kinda like how the GTX 980 is cheaper than a GTX 680, even though, well... http://gpuboss.com/gpus/GeForce-GTX-980-vs-GeForce-GTX-680
[2014-10-16. : 12:02 am]
Roy -- Vrael
Vrael shouted: Why is this less expensive than this?
Old tech vs new tech: Sandy Bridge chips are really expensive. The 4790K is a Haswell Refresh chip, and is cheaper than the 5820K, as it should be.
[2014-10-16. : 12:00 am]
trgk -- Modding is so hard;
[2014-10-15. : 11:58 pm]
jjf28 -- can I get that guarantee in writing?
[2014-10-15. : 11:56 pm]
Dem0n -- garuanteed chance that I have no chance
[2014-10-15. : 11:56 pm]
Dem0n -- I have a midterm next week that I'm going to fail
[2014-10-15. : 11:56 pm]
Dem0n -- moose take my discrete math class for me
[2014-10-15. : 11:42 pm]
Moose -- Oh, I think I see it. The absolute value bounds the equation from below by 0, that's where x^2 - 4 >= 0 comes from.
[2014-10-15. : 11:39 pm]
Moose -- Because it changes signs from left to right, from + to - (reversed by the absolute value) to + again
[2014-10-15. : 11:39 pm]
trgk -- else, |a| computes to -a, so |a| < b means -a < b, which is equivilant to -b < a
[2014-10-15. : 11:38 pm]
Moose -- Uh, you would have to know how the parabola works, that x^2 - 4 is a parabola with zeroes at -2 and 2
[2014-10-15. : 11:38 pm]
trgk -- if a >= 0, then |a| computes to a, so |a| < b means a < b
[2014-10-15. : 11:38 pm]
trgk -- |a| := ( if a>=0, then a. if a<0, then -a)
[2014-10-15. : 11:37 pm]
trgk -- See the definition of |a|
[2014-10-15. : 11:37 pm]
trgk -- If b>0, then (a >= 0 and a < b) or (a < 0 and a > -b) can be simplified to (-b < a < b)
[2014-10-15. : 11:37 pm]
Dem0n -- Yes, but I don't see why D:
[2014-10-15. : 11:36 pm]
trgk -- |a| < b means (a >= 0 and a < b) or (a < 0 and a > -b). Correct?
[2014-10-15. : 11:36 pm]
Moose -- x^2 - 4 < 5 is describing the parts from -3 to -2 and 2 to 3, where the parabola isn't reversed and opens upwards
[2014-10-15. : 11:36 pm]
Dem0n -- I don't know algebra man
[2014-10-15. : 11:36 pm]
Moose -- Er, the opening downwards part
[2014-10-15. : 11:36 pm]
Jack -- demon man didn't you go to school
[2014-10-15. : 11:35 pm]
Moose -- x^2 - 4 >= 0 is describing that upwards parabolic curve from -2 to 2
[2014-10-15. : 11:34 pm]
Dem0n -- Are they saying that those are the cases in which x^2-4 is < 5?
[2014-10-15. : 11:34 pm]
Dem0n -- I'm just confused what the cases are telling me
[2014-10-15. : 11:34 pm]
Moose -- (or more specficially, because the function is even)
[2014-10-15. : 11:33 pm]
Moose -- Praise be unto WolframAlpha.
[2014-10-15. : 11:32 pm]
Moose -- Since you only have x^2 in the function, any solution x > 0 has a mirror solution -x
[2014-10-15. : 11:32 pm]
Dem0n -- no
[2014-10-15. : 11:32 pm]
Moose -- Oh, that's using symmetry of the graph to make life easier. Did you graph the inequality?
[2014-10-15. : 11:31 pm]
Dem0n -- And then we solve those four inequalities and find their intersection
[2014-10-15. : 11:31 pm]
Dem0n -- But the way we did it in class is we had two cases: one was where x^2 - 4 >= 0 and x^2 - 4 < 5, and the other was the opposite of that
[2014-10-15. : 11:30 pm]
Dem0n -- I know how to do it if you just make it -5 < x^2 - 4 < 5
[2014-10-15. : 11:30 pm]
Moose -- wat the fuk dem0n
[2014-10-15. : 11:30 pm]
Moose -- But you just said you know how to do it this way <_<
[2014-10-15. : 11:29 pm]
Dem0n -- Well if I don't know how to find them, I can't find the answer
[2014-10-15. : 11:29 pm]
Moose -- Do you need to if you can get the answer? :P
[2014-10-15. : 11:28 pm]
Dem0n -- I don't get what they tell me
[2014-10-15. : 11:27 pm]
Moose -- You mean why you need to do cases?
[2014-10-15. : 11:27 pm]
Dem0n -- Yeah I know how to do it that way, but I have to use stupid cases to solve them, and I don't get that
[2014-10-15. : 11:26 pm]
Moose -- You would just need to solve (x+2)(x-2) < 5 and -5 < (x+2)(x-2) and intersect the solutions of those.
[2014-10-15. : 11:25 pm]
Dem0n -- fix that for me :awesome:
[2014-10-15. : 11:25 pm]
Dem0n -- fuck.
[2014-10-15. : 11:25 pm]
Moose -- u suk
[2014-10-15. : 11:24 pm]
Dem0n -- And I don't get it
[2014-10-15. : 11:24 pm]
Dem0n -- Like |x2-4| < 5 has two cases, one being x2-4 >= 0 and x[sup]2-4 < 5, and the other being the opposite of the first one
[2014-10-15. : 11:23 pm]
Moose -- Tell your TA that he is a scrub and some moose on the internet rekt him.
[2014-10-15. : 11:21 pm]
Dem0n -- My TA was showing us how to solve them with cases and I had no clue what he was doing
[2014-10-15. : 11:21 pm]
Dem0n -- I don't know how to define which inequalities you use
[2014-10-15. : 11:21 pm]
Moose -- ex |x-3| < 5 becomes -5 < x-3 and x-3 < 5 and combine the results: intersect if the original equality was < or <=, union if the original inequality was > or >=

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