today didn't feel like tuesday at all. i guess that is a good thing since it make the week go by faster...wait i don't want it to go by faster.....finals!!!! i'm seriously going to fail my geometry final! i hate math! gosh i miss the days when all we did was 65+12 or 9-7 easy stuff like that...i didn't realize how good i had it. but yeah math has never been my strong point. i mean i'm not terrible at it, it just never has come easy for me. what really makes me mad is that i have an 89% in the class.....1% away from an A-! (which you know is sooooo much better than a B+. well kinda) i'm afraid though that the final wont boost my grade any. i can study all i want but then i go to take the test feeling ready and it all leaves my brain....uggg! okay enough complaining and procrastinating. i want to try and finish all my hw before i go play tennis....yippee there's something to be happy about!
oh, did i mention....i drove to school this morning!!! yeah!!! that was exciting! :)
so long! :)
4 comments:
i'm not sure about Mrs. Verhoven's final, but mr. becksvoort's was pretty easy.. so i'm sure you'll do fine. =]
i miss those days, too. it's like... now we get to figure out:
Solve for x
3i +/- 5x +x(squared) + 4x(cubed) = -13(5i[square root]3)
i mean... how fun does that look?
(btw... i totally made that problem up right now... so yeah. and also, it's hard to write a math problem with exponents and square roots on the computer. =P)
i was gonna say grace, i dont remember ever solving a problem like that----
verhoven's final was pretty easy about it. id tell you not to stress, but that would be useless, but really- i thought i was going to die, i didnt understand anything, the teacher just didnt explain it right (at least for me) but i think i did better on the final than most of my tests and quizzes.
thanks for the comment :)
glad to hear your day is well...
looks like you're going to have to get through another class of photgraphy without me (i know, sounds imopossible, but i know you can do it:) hahaha, just kidding (about the impossible part, not the part about me not coming to school)
can you tell i am out of it?
see ya
All right, you told me to leave you a comment, so here it is:
If u is a positive differentiable function of x and n is any real number, then u^n is a differentiable function of x, and the derivitave of u^n = nu^n-1 multiplied by the derivitive of u.
THAT ought to make you look forward to calculus. *gag* ;-)
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