Netto Azure

FIGHT DA POWAH

Here, I'll tell you an antiderivative: If f'(x) = 6x, then F(x) [antiderivative] = 3x^2 + C. The C can be found if you're given a point, but.... meh. NEVER FORGET YOUR C!! D8<

Link? You wanna see it? Tis a DGM AMV : >

EDIT: I found a fun (and stupid, but meh...) Calc vid on teh Youtube for ya. Thought it might brighten your day a bit =3

8I

No they only speak the truth!

Ur copying. >:O

Do I act that immature? ;_;

8U

IT DID I FELT IT!

>:J

Love the weekends <3

If only I wasn't a money waster at these stores ;_;. /going back next month for K-On! ;-;

Only a year away. 8D;

Give me one.
Well, what other definitions of competing are there? @~@;

Be charitable. :P
No need for help.

Omg, lesser spending means I actually have to work! >:U

Good to know political spin and exaggeration isn't just a Repub exclusive. :P
Hey, "separation of church and state" is just a derived statement that doesn't exist in the actual document. 8D

I just won the game!

Indeed.

Well, Barnes and Noble had less of them and Borders had 1-2 copies. Borders is like a manga and leak heaven ;_;.

:D Pink hair.

Yeah, it's always the smallest mistakes that ruin everything for me. D:

Saturday~

In a way, you're kinda right. The antiderivative is just a little more precise =/

It's 'cause all the derivative is is the slope of the graph at point x = a.



How come my Youtube vid won't display? I set it up right ;;

Then for the heck of it, get some! xD

:d

Tis better than all the take home pretests I never even finished for Calc last year XDDDD
Don't let it get ya down. Seriously. Limits themselves, in all honesty, are kinda dumb. Oh, let's make a point that we can never reach and determine how we could reach it were it real. Oh, and we'll use the surrounding points to do so. Blegh. Stupid. Derivatives, however, are very fun : > Even though I got an F on the exam over them myself because I didn't have time to finish -.-" As is the ANTI-derivative. I'm sure you can guess what that is~ You find the equation of the original function using the derivative. Sound hard? Not really. Not when you know the shortcuts to derivatives pretty well : >

Yachiru. :D

You're a mod here, as well? xD

I've actually been here for a long time, though. Look at my join date. :P

8E

BUT IT STUNG. >w>;

>:V