#I've got this problem and I just want to confirm if my bounds are correct.
19 messages · Page 1 of 1 (latest)
If not, how do I get the bounds?
In the future, if you ask if something is correct, please show where it came from. It gives us more context and saves time in the case that it was just a minor slip.
It looks like you found the bounds for a similar but fundamentally different solid though
your bounds represent this
Correct me if I'm wrong but shouldn't the z bounds be a function of both x and y and the y bounds be a function of x?
you can do that

Do they need to be?
no
Here’s how I got the bounds
it looks like you were using a rectangular base?
It looks like you found the bounds for a similar but fundamentally different solid though
It says that it's a pyramid
so the solid actually looks like this
This video shows how to find the bounds on a triple integral in rectangular coordinates using the method of collapsing. This method is also called the shadow method. Remember that you must describe the surfaces that you enter and exit in terms of the variable associated with the direction of movement.
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