Yeah,Yeah ,WhateverOriginally posted by boombexus
The letters R and E wouldn't have helped you out much there either.
Refer to post #231
Originally posted by Cobraboy
I wonder where he copied and pasted it from.
Originally posted by lsutiger7
**** you
now does your mother know you talk like that?Originally posted by lsutiger7
**** you
Originally posted by Cobraboy
I wonder where he copied and pasted it from.
Originally posted by lsutiger7
i see you relate well to your avatar
Originally posted by Josh
Find the derivative of: f(z)=z^(1/2)/e^z
Originally posted by Concept
Stop spamming my thread jackasses!
Originally posted by Josh
include a graph of the original function, and a graph of the derivative.
Originally posted by boombexus
If you EVER say someting like that again Josh, I'm going to drive to SC and beat you.
Originally posted by boombexus
And when you wake up, you're gonna be wearing shoes. Yep.
Why do I get the feeling that this has became the war thread.Oh wait, I once again forgot where I was.Originally posted by Josh
Shut your piehole.
Originally posted by qjasonp
Why do I get the feeling that this has became the war thread.Oh wait, I once again forgot where I was.![]()
Originally posted by Josh
It's no war thread. We just don't like Matt(Concept).
Boombexus? Agreed?
Originally posted by boombexus
Darn Tootin 👍
I hate his hair cut? [/B]
Originally posted by lsutiger7
(x) = Gamma(x) = t^(x-1) e^(-t)dt
Originally posted by Klostrophobic
There is no way you typed that. It's formatted properly and it has a capital letter.
Caught!
Originally posted by lsutiger7
when it comes to math i capitalize letters i guess![]()
Originally posted by Josh
Find the derivative of: f(z)=z^(1/2)/e^z
Too hard for you?
Oh, and - include a graph of the original function, and a graph of the derivative.
Originally posted by Josh
(a+b) - ab + c = ?
Originally posted by Josh
Find the derivative of: f(z)=z^(1/2)/e^z
Too hard for you?
Oh, and - include a graph of the original function, and a graph of the derivative.