Exercise. To express the volume as an integral, we must:

integrate with respect to $\backslash ($ x $\backslash ).$

integrate with respect to $\backslash ($ y $\backslash ).$

Exercise. Now, set up an integral to compute the volume of this solid, then evaluate it to find the volume of the solid. An integral that gives the volume of the solid is:

Exercise. Now, set up an integral to compute the volume of this solid, then evaluate it to find the volume of the solid.

An integral that gives the volume of the solid is:

V$=$int$\_($x$=)^($x$=)$

Evaluating it$,$ we find the volume of the solid is

$?$ cubic units.

$($type an exact answer in terms of pi $)$

PLEASE STILL DO THE WHOLE THING I GOT THE AWNSERS I DID VIA GUESS AND CHECK.