[See Solution] Let D be the solid region in three dimensional space that lies in the first octant, and is bounded by the paraboloid z=x^2+y^2, the plane z


Question: Let D be the solid region in three dimensional space that lies in the first octant, and is bounded by the paraboloid \(z={{x}^{2}}+{{y}^{2}}\), the plane z = 1 the plane x-z and the plane y-z.

  1. Setup the limits for an iterated integral to evaluate
    \[\iiint\limits_{D}{y\,dV}\]
  2. Setup an iterated integral to evaluate
    \[\iiint\limits_{D}{y\,dV}\]
    by first integrating with respect to z . Change the xy integral to polar coordinates.
  3. Evaluate one of these integrals by hand computation.

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