Clearly construct a triple integral of the form dz dy dx to find the volume of...
8. Clearly construct a triple integral of the form dz dy dr to find the volume of the solid shown. The solid is constructed by taking the paraboloid :=x2 + y and have the top cut by the plane z=4y. But do not evaluate the integral. 1 10 8 ry
please provide algebric details 7. Clearly construct a triple integral of the form dz dy dx to find the volume of a solid constructed by joining 2 paraboloids J==18- x - y? . But do not have to evaluate the integral. (==x² + y² 2-18-x - y
ZA 5. Clearly construct a triple integral of the form $SS dz dy dx that can be used to find the volume of the solid beneath the plane z=1-y as shown in the diagram. Note that one side of the base is formed by y= Vx. Be sure to provide a sketch of the projection on the xy plane. You do not have to evaluate the integral. 1 z=1-y y=1 X
y2 + 4z2 = 16 Clearly construct a triple integral of the form dz dy dx to find the volume of the solid shown. The upper surface is defined by the cylinder y? +422 = 16. But do not evaluate the integral. 4 x
QUESTION 2 Solve the problem. Write an iterated triple integral in the order dz dy dx for the volume of the tetrahedron cut from the first octant by the plane yz + 9(1 -y/10)3(1 -x/9-y/10) a dz dy dx 0 0 0 10(1 -x/9) ,3(1-x/9-y/10) 9 dz dy dx 0 0 1-x/9-y/10 C.9 1 -y/10 dz dy dx 0 0 0 d. 9 1 -x/9 1-x/9-y/10 dz dy dx 0 0 0
4. Rewrite the following triple integral so that the order of integration is dy dx dz. Do not evaluate it. (3x + y) dz dy dit
10. Use Gauss Divergence Theorem to find the flux for a flow field with v-(r')i+(y3)/t(e)k through the surface of a solid constructed by slicing the cylinder + y 9 with the plane x+z-5.Clearly construct the triple integral of the order dz dy dx but you do not need to evaluate it x+z-5 10. Use Gauss Divergence Theorem to find the flux for a flow field with v-(r')i+(y3)/t(e)k through the surface of a solid constructed by slicing the cylinder + y...
Find the volume of the given solid region in the first octant bounded by the plane 2x + 2y + 4z4 and the coordinate planes, using triple integrals 0.0(020 Complete the triple integral below used to find the volume of the given solid region. Note the order of integration dz dy dx. dz dy dx Use a triple integral to find the volume of the solid bounded by the surfaces z-2e and z 2 over the rectangle (x.y): 0 sxs1,...
x=7 dy dz dx = x Z=0 The given triple integral sss =49-x² Y = 7-8 L dydzdx a) draw the region of integration for this double integral in the Zx plane 5*=7 62-4 dzdx z=0 b) Sketch the region corresponding to the triple integral SZ=49-x²
11. Evaluate S. 'S*(1 + 3x2 + 2y?) dx dy. 12. Find the volume in the first octant of the solid bounded by the cylinder y2 + z2 = 4 and the plane x = 2y. Graph for Problem 12 13. Find the volume under the paraboloid z = 4 - x2 - y2 and above the xy-plane. N Consider the solid region bounded above by the sphere x + y + z = 8 and bounded below by the...