Thread: Triple Integral of an Ice Cream Cone in Polar and Cylindrical Coordinates

1. Triple Integral of an Ice Cream Cone in Polar and Cylindrical Coordinates

I'm a little lost in finding the bounds for the integral. Especially in cylindrical form.

2. Originally Posted by davismj

I'm a little lost in finding the bounds for the integral. Especially in cylindrical form.

Its in the first octant so the $\theta$ part of the integral is from $0$ to $\pi/2$, $r$ goes from $0$ to $3$, and $z$ from $r$ to $\sqrt{9-r}+3$