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Comments
I seriously want one now! XD
They're so cute!
I couldnt tell you which though... (Though I can tell you where the booth was at AnimeFest... as if THAT helps. XD)
--
"I'm so useless, why would you ever want to kiss me?"
~19 Sai - Suga Shikao (xxxHolic Opening Theme)
Mabye it's the way the boards are colored, as opposed to the bleakness of a textbook....
--
"To have loved and lost is better than to not have loved at all"
- Senior Quote, by me
~~~~~~~
Oh, and stop by if you've got free time to kill!
(Or the plain black of my drawing binder)
--
"I'm so useless, why would you ever want to kiss me?"
~19 Sai - Suga Shikao (xxxHolic Opening Theme)
--
"To have loved and lost is better than to not have loved at all"
- Senior Quote, by me
~~~~~~~
Oh, and stop by if you've got free time to kill!
--
"I'm so useless, why would you ever want to kiss me?"
~19 Sai - Suga Shikao (xxxHolic Opening Theme)
At least the teacher dun mind if we listen to mp3s during homework. ^_^
--
"To have loved and lost is better than to not have loved at all"
- Senior Quote, by me
~~~~~~~
Oh, and stop by if you've got free time to kill!
Wait... You do homework in class? And... the teacher lets you listen to music? Lucky... >.<
--
"I'm so useless, why would you ever want to kiss me?"
~19 Sai - Suga Shikao (xxxHolic Opening Theme)
Oh well - you'll save a TON of space if you use this rule!
Power Rule - f(x) = x^n, which equals d/dx [x^n] = nx^(n-1)
x^n is x to the nth power
Constant Rule - d/dx [c] = 0
c is any constant
Here's the breakdown:
f(x) = 3x^2 + 6x + 5
Take the exponents and add them as coefficients. Then, subtract 1 from the exponents.
d/dx = (2)3x^(2-1) + (1)6x^(1-1) + 0 {<--Constant rule!}
turns into
d/dx = (2)3x^(1) + (1)6x^(0)
turns into
d/dx = 6x^(1) + 6x^(0)
turns into
d/dx = 6x + 6
instant derivative! W007!
--
"To have loved and lost is better than to not have loved at all"
- Senior Quote, by me
~~~~~~~
Oh, and stop by if you've got free time to kill!
But our course started from the beginning with just Limits. So only now are we getting into derivatives.
(But... this isnt my first time taking the course. >.<
But, yeah... Those rules are your FRIIIEEENNNDDD!
Right now, though... we're 'only allowed' to evaluate the derivitive by using the definition. T_T
--
"I'm so useless, why would you ever want to kiss me?"
~19 Sai - Suga Shikao (xxxHolic Opening Theme)
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