one of the problems in our very first integral calculus quiz..i never learned how to solve this..now might be a good time

$$\large \int\limits_{}^{} \frac {sinx+cosx}{e ^{-x} + sinx} dx$$

Question

one of the problems in our very first integral calculus quiz..i never learned how to solve this..now might be a good time

$$\large \int\limits_{}^{} \frac {sinx+cosx}{e ^{-x} + sinx} dx$$

anonymous · Answer

Igba.. come on u know the answer for sure!

lgbasallote · Answer

lol no =)) i hate integral calculus =))))

anonymous · Answer

forgive me for not knowing the integral thingy.. :)

lgbasallote · Answer

lol :))))) dont thingy me -__- :P i thought you took calculus already @dpaInc ?

anonymous · Answer

yep... just couldn't resist.

accessdenied · Answer

$$ \int \frac{sinx + cosx}{e^{-x} + sinx} dx $$
\frac{numerator}{denominator}, maybe that should work

lgbasallote · Answer

ohhhh nice thanks!!! this works for everything right?? (btw..i probably wanted to know about the fraction thingy than the integral thingy haha)

accessdenied · Answer

\frac should work for all fractions, i think.  it hasn't failed me yet.  :D
as for the actual integral, im not sure.

lgbasallote · Answer

is there a faq or discussion about the equation thingies @AccessDenied ? or maybe a way to know these secreat latex thingies or whatever they're called =))

anonymous · Answer

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