MEDAL - Integral: (lnx)^-2(x^-1) dx Does it need to be done by-parts?

Question

satellite73 · Answer

the equation editor would help
not that i can do it, but at least i could read it

adamaero · Answer

nnesha · Answer

can we write that as $$\huge\rm \int\limits_{ }^{ } \frac{ 1 }{ (lnx)^2 \cdot x}$$
$$(lnx)^{-2} = \frac{1}{(lnx)^2}$$
samething x^{-1}=1/x

adamaero · Answer

yes, sorry, I just didn't get to it quick enough

nnesha · Answer

$$\int\limits_{ }^{} \frac{1}{x( lnx)^2} dx $$ 
u-substitution

adamaero · Answer

ohhhh, sorry, it's late so I'm not thinking to the fullest ;)

nnesha · Answer

thats fine but can you solve it from there ??

adamaero · Answer

yes =)

adamaero · Answer

(I took Calc I, II, III, and now I'm in DE)

nnesha · Answer

okay nice

nnesha · Answer

ahhhhhhhhhh lol then you should help me :D

adamaero · Answer

rusty nails don't help to well =D

nnesha · Answer

ahh don't say that sir