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it is :
dx + (y^2 *x)dy = (x^2 *y) dy

i doubt that was right; unless we were spose to go into the Gamma function :/

any ideas on how to start lilMiss ??

just the same as what you did, i guess?

the twp dys have me iffy; i have never had to deal with them in that state

dx + (y^2x)dy = (x^2 y) dy
dx = (x^2y - y^2x)dy
dx/dy = x^2y - y^2x

help! integrate this please. : int. e^(-1/3 *y^3)dy

\[\large \int e^{-\frac{y^3}{3}} dy\]?

but there is no closed form for this integral...

why? i'll try it in wolfram alpha

http://www.wolframalpha.com/input/?i=integrate++e%5E%28-x%5E3%29

:(

will i pass my midterm? :(

sure u will...dont think of these 2 prev problems

they were not normal

welcome...:)