The figure shows the region of integration for the integral. fx, y, z dy dz dx 0 Jo Rewrite this ...
pl pl-y The figure below shows the region of integration for the integral [ f(, y, z) dz dy dx. Jo Jo Jo Rewrite this integral as an equivalent iterated integral in the five other orders. z=1-y y=vx 0 1 y
The figure shows the region of integration for the given intsgral. Rewrite the integral as an equ valent iterated integral in the five other orders z20 dz dy dx dy dx dz dy dx dz dy de dx dx dz dy dx dy dz dx dy dz z. 2 3 z-3-y 0 The figure shows the region of integration for the given intsgral. Rewrite the integral as an equ valent iterated integral in the five other orders z20 dz dy...
+ -/15 points scacats 15.6.033. The figure shows the region of integration for the integral. ["lib.*rex, y, z) oz oy ok f(x, , z) dz dy dx Rewrite this integral as an equivalent iterated integral in the five other orders. (Assume y(x) = x and z(y) = 9 - y.) ;Y, 2) dz dx dy Y, 2) dx dy dz R(x, y, z) dx dz dy f(x, y, z) dy dx dz F(x, y, z) dy dz dx
FIZT Points) TVY NUTES DETAILS LARCALCT 14.6.055. The figure shows the region of integration for the given integral. Rewrite the integral as an equivalent iterated integral in STYLE dz dx dy x 20 y 20 z 20 dz dx dy = dz dy dx JO dy dx dz dy dx dz 42 dy dz dx VA-X dy dz dx dy dz dx 2- vox dy dz dx dx dz dy dx dy dz Z = 2-y here to search BI...
f(x, y, z) dz dy da as an iterated integral in the 4. (6 points) Rewrite the integral order dx dy dz.
16. o integrad [**** The triple da dy dz describes the solid pictured at right. Rewrite as an equivalent triple integral in the following orders (DO NOT EVALUATE): 31 (a) dy dz dx (b) du dz dy 2. 16-2 21. Given dy da, 16- (a) Sketch the region of integration and write an equivalent iterated integral in the order dx dy. (You do not need to evaluate it!) (b) Now write it as an equivalent iterated integral in polar coordinates....
Q3. Sketch the region of integration for the integral [5(8,19,2) dr dz dy. (2, y, z) do dzdy. Write the five other iterated integrals that are equal to the given iterated integral. Q4. Use cylindrical coordinates and integration (where appropriate) to complete the following prob- lems. You must show the work needed to set up the integral: sketch the regions, give projections, etc. Simply writing out the iterated integrals will result in no credit. frs:52 (a) Sketch the solid given...
11-x1-x 11. The figure shows the region of integration for the integral S SAx,y,z)dydzds .Rewrite this integral 0 0 in the five other orders. 08 o6 06 04 06 02 02
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
#2 and 3. Given the region of integration of the integral: 2 •4-x² 10 S dydzdx -2 3. Rewrite the integral as an equivalent iterated integral in the order a. dy dx dz b. dx dy dz c. dx dz dy d. dz dx dy e. dz dy dx