((x+1)(2x+1)^2)/((x^2-1)(x-3)) find zeros, all asymptotes, holes, end behavior, vertical asymptote behavior, multiplicity
Have you tried graphing the function on a graphing calc yet?
Which parts don't you understand?
the asympotote
behavior
There's a general method for finding vertical asymptotes of functions. The vertical asymptote usually occurs where x would make the denominator equal zero. So set the denominator equal to zero, then solve for x.
hero u r such a teacher!!!
Why does that surprise you?
dude hero cme on u know i kno that i m taking about asymptotic behavior
not finding it
What about the asymptotic behavior?
wat is it
i think i surprised you yesterday!!!
where the asymptotes are!
like whatsthge answer for this problem
oh asymptotes and the behavior are diff things
using limit notaition and saying how the graph is approaching from the complex roots and inifinity
as x approaches the vertical asymptote from the negative side, the graph approaches positive infinity. As x approaches the vertical asymptote from the postive side, the graph also approaches positive infinity. Is that what you're talking about?
did u sign up to ottawa yet?
actually hero ur right but you are wroong there is 2 asymptotes which means there are 4 limit notaions
Yes, I applied
oh so what classes did u sign up 4?
I'm in the process of sending over my transcripts. I'll take whatever classes you're taking that way we can study together or be study buddies.
oh we r buddies?
Not yet
Well Curry, the point was for you to "get it". I think I've provided you with the information you need.
pshh hero u dont know it do u i known u for too long
what do u mean?
ive known hero i know what he says when he is in a sticky spot
u mean that he didnt want to say that he doesn't know the answer?
ya cuz then he wont be the hero nemore
yep
I already explained to you how to find the asymptotes and how to express the behavior.
it was a general explanation
curry there is no reason to put down hero he was just trying to help u
rld, I can handle myself. I don't need you to speak up for me :P
well i want to
Okay then :D
thats the behavior approaching the asymptotes there is 2 middle behaviors on the graph it looks different but the problem it self is giving diffrent answer and rld me and hero are best friends
oh ya?????
its all good he has the right to say it to me
hero and i are not friends
That's what she keeps claiming
i thought i proved it already
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