Solve Paraboloid and Plane Intersection with Triple Integral Method

[EV33]

Homework Statement

The solid enclosed by the paraboloid x=y²+z² and the plane x=16.

Homework Equations

Triple integral in ractangular coordinates

The Attempt at a Solution

I figured out this is a paraboloid that circles the x axis, that starts at the origin and it gets wider and wider as it goes in the x direction until it is stopped by the plane x=16 where there is a circle around the x-axis with a radius of

\int_{x=y²+z²}^{16}\int_{z=-\sqrt{16-y²}}^{\sqrt{16-y²}}\int_{z=0}^4 dxdzdy

I was just curious if my set up looks right.

Thank you.

 

[EV33]

ok that is not what I meant to write lol, I have to work on this really quick

 

[EV33]

ok I got what I want up there except for some reason when I try and square stuff, the coding keeps appearing for the stuff in the integrals but not in the first sentence I wrote.

 

[vela]

In TeX, you use ^ to get a superscript and _ to get a subscript, so x² would be written x^2 and x_min would be written x_{min}, for example.

 

[The Chaz]

The integral isn't correct.
Your left-most integral bounds shouldn't have variables in it.
Your right-most shouldn't have constants.
You have used "z=" in two of the integrals, and "y=" in none.

 

[vela]

You have the integrals backwards, and I assume where you wrote z=0, you meant y=0. You have dy on the end, so its limits should be on the frontmost integral. Similarly, the limits for z should be on the middle integral, and the limits for x on the innermost integral. Other than the wrong order, it looks good.

 

[EV33]

Ya I meant to write them as dxdzdy, but I was so caught up in trying to use Latex for the first time I didn't even notice I had the order mixed up. Thank you for the help.