is it possible to have double improper integrals? just yes or no....coz i'd like to see how to do them if yes >:))
yes
\[\iint \text d x^2=\int x+c~~\text dx=\frac{x^2}2+cx+d\]
lol that's INDEFINITE integral :P \[\int_a^\infty F(x) dx\] that's the improper integral haha
is i m right lgba...?
double improper let's say \[\int_0^\infty \int_\infty^0 xy dxdy\]
does that happen?
ah yes @lgbasallote i got my language mixed up
so does it happen?
would this count \[\int\limits_{-\infty}^{\infty}\text d x\]
it is doubley improper
lol :P
the one i posted....does it happen?
i would be surprised if it did not happen, but you limits are upside down on the inner integral
improper integrals =_=
how could it be upside down @UnkleRhaukus i made the problem :P you cant tell the asker what he wants to ask >:)))
the lowest number on the bottom limit makes more sense as you are integrating from left to right
so bottomline..it's possible?
Yeah, sure. You could certainly have one. We use improper integrals often when we have asymptotic curves like this: |dw:1336831376041:dw|
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