Find the center of mass of the following solid, assuming a constant density of 1. Sketch the region and indicate the location of the centroid. Use symmetry when possible and choose a convenient coordinate system. The sliced solid cylinder bounded by x +y = 9, z = 0, and y + z = 3 2n 3 3-r sin e -IIT m = 1 dz r dr de (Type exact answers.) 0 0 Determine the triple integral to be used to most efficiently find My, the solid's moment with respect to the yz-plane. Use increasing limits of integration. Use cylindrical coordinates. 2n 3 3-rsin 0 r cos e dz r dr de (Type exact answers.) Myz = 0 0 Determine the triple integral to be used to most efficiently find Myz, the solid's moment with respect to the xz-plane. Use increasing limits of integration. Use cylindrical coordinates. 2л 3 3-rsinө Mxz = J 0 0 r sin e dz r dr de (Type exact answers.) Determine the triple integral to be used to most efficiently find My, the solid's moment with respect to the xy-plane. Use increasing limits of integration. Use cylindrical coordinates. 2n 3 3-r sin 0 Mxy = 0 0 z dz r dr de (Type exact answers.) The center of mass, in Cartesian coordinates, is located at | |D (Type exact answers in simplified form.)

Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
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Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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Find the center of mass of the following solid, assuming a constant density of 1. Sketch the
region and indicate the location of the centroid. Use symmetry when possible and choose a convenient coordinate system.
The sliced solid cylinder bounded by x
+y = 9, z= 0, and y +z=3
.....
21 3 3-r sin 0
m =
1 dz r dr de (Type exact answers.)
Determine the triple integral to be used to most efficiently find Mz, the solid's moment with respect to the yz-plane. Use increasing limits of integration. Use cylindrical coordinates.
2n 3 3-rsin e
e dz r dr de (Type exact answers.)
Myz =
0 0
r cos
Determine the triple integral to be used to most efficiently find M,, the solid's moment with respect to the xz-plane. Use increasing limits of integration. Use cylindrical coordinates.
IT
21 3 3-rsin 0
Myz =
0 0
r sin e dz r dr de (Type exact answers.)
Determine the triple integral to be used to most efficiently find Mv, the solid's moment with respect to the xy-plane. Use increasing limits of integration. Use cylindrical coordinates.
2n 3 3-rsin e
z dz r dr de (Type exact answers.)
Myy=
0 0
The center of mass, in Cartesian coordinates, is located at ( | D
(Type exact answers in simplified form.)
Transcribed Image Text:Find the center of mass of the following solid, assuming a constant density of 1. Sketch the region and indicate the location of the centroid. Use symmetry when possible and choose a convenient coordinate system. The sliced solid cylinder bounded by x +y = 9, z= 0, and y +z=3 ..... 21 3 3-r sin 0 m = 1 dz r dr de (Type exact answers.) Determine the triple integral to be used to most efficiently find Mz, the solid's moment with respect to the yz-plane. Use increasing limits of integration. Use cylindrical coordinates. 2n 3 3-rsin e e dz r dr de (Type exact answers.) Myz = 0 0 r cos Determine the triple integral to be used to most efficiently find M,, the solid's moment with respect to the xz-plane. Use increasing limits of integration. Use cylindrical coordinates. IT 21 3 3-rsin 0 Myz = 0 0 r sin e dz r dr de (Type exact answers.) Determine the triple integral to be used to most efficiently find Mv, the solid's moment with respect to the xy-plane. Use increasing limits of integration. Use cylindrical coordinates. 2n 3 3-rsin e z dz r dr de (Type exact answers.) Myy= 0 0 The center of mass, in Cartesian coordinates, is located at ( | D (Type exact answers in simplified form.)
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