Consider the solid Q shown in the figure 2.r + 3y + 3z = 6 +x = 2 Let S be the boundary of the solid Q (that is, the union of all the surfaces that make up the solid). If I = F. ndS , where n is the...

Extracted text: Consider the solid Q shown in the figure 2.r + 3y + 3z = 6 +x = 2 Let S be the boundary of the solid Q (that is, the union of all the surfaces that make up the solid). If I = F. ndS , where n is the unit normal vector outside S and F (x, y, z) = (3xy, 2yz + y, -z2), then: A) I = 3.7656 B) I = 4.1695 C) I = 1.7656 D) I = 1.5821