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With ln(x) in the denominator like that that's not one of our preatty integrals.

you will not find a nice closed form for this one

ah

is it one of those repeating integrating ones

you mean like if you integrate by parts will you go around in a circle? i don't think so

this is what im trying to evaultate
|dw:1363059332628:dw|

is there another method to equate integral like i know this isnt conservative so

imo you'd best be off solving it numerically

oh hold on i think i got it xD i forgot the lnx cancels if i do dy first

Yup

I'm here on and off. I'll try to help.
Sure other people will jump onboard if I take too long

look at this one its about setting the right bounds
|dw:1363060518856:dw|

but how come*

What is correct there? The diagram or the bounds on your integrals?

but before i do that i wanna know why they set up bounds like that

where z = ysinx^2

Then your bounds on x should be \[0 \le x \le y^2\]

oh nvm i see what u mean the diagram is wrong

so the bottom part shud be the shaded region right

|dw:1363061109806:dw|

yeah

so if i wanted to switch order of integration to dy dx then

0 to 4 and
0 to root x

ok got it