An object occupies the region It has density given by p(x, y, z) = √2² + y² + 2², and total mass m-1. The centre of mass is at the point (r, y, z). The coordinate of the centre of mass is given by Options for A, B, C, D, E, F 4 2 11.7 Gi iv. 0 Using m 1, and p as above, we can write the Integral above in spherical polar coordinates (r, 0, 0). Fill in the missing terms. You do not need to evaluate this integral v.1 VL. x/2 */2 vil # viii. 2 ix. None of the above options are correct for this limit. A= D-V $ B- E # # C- V ((z,y,z):220,20,220,z²+²+² ≤1}. F- # H 1, ²p(z m - zp(z,y,z) dz dydz. f(r,0,0) do do dr.

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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An object occupies the region
It has density given by
p(x, y, z) = -√2² + y² + 2,
and total mass m-1. The centre of mass is at the point (r, y, z). The coordinate of the centre of mass is given by
Options for A, B, C, D, E, F
L 2
11. T
Gi
iv. 0
Using m 1, and p as above, we can write the Integral above in spherical polar coordinates (r, 0, 0). Fill in the missing terms. You do not need to evaluate this integral
v. 1
VL. x/2
*/2
vil #
viii. 2
ix. None of the above options are correct for this limit.
A=
0-
$
B-
E
+ C-
#
F
V-((z,y,z): 220,20,220,2² +²+² ≤1}.
#
#
3
1, ²p(z
m
-
zp(z,y,z) dz dydz.
f(r,0,0) do do dr.
Transcribed Image Text:An object occupies the region It has density given by p(x, y, z) = -√2² + y² + 2, and total mass m-1. The centre of mass is at the point (r, y, z). The coordinate of the centre of mass is given by Options for A, B, C, D, E, F L 2 11. T Gi iv. 0 Using m 1, and p as above, we can write the Integral above in spherical polar coordinates (r, 0, 0). Fill in the missing terms. You do not need to evaluate this integral v. 1 VL. x/2 */2 vil # viii. 2 ix. None of the above options are correct for this limit. A= 0- $ B- E + C- # F V-((z,y,z): 220,20,220,2² +²+² ≤1}. # # 3 1, ²p(z m - zp(z,y,z) dz dydz. f(r,0,0) do do dr.
Unsure
VIII. 27
ix. None of the above options are correct for this limit.
A=
DN
11.-
"
Options for f:
III.
O
B
E=
IV.r (sino)²
V.² (sin o)²
cos 0 (sin 6)2
●
9
C=
F=
o
0
VI.
VII. r² cos sin
VIII. None of the above options are correct.
4
10740720730
DXODXO DOD
0X00X0
Transcribed Image Text:Unsure VIII. 27 ix. None of the above options are correct for this limit. A= DN 11.- " Options for f: III. O B E= IV.r (sino)² V.² (sin o)² cos 0 (sin 6)2 ● 9 C= F= o 0 VI. VII. r² cos sin VIII. None of the above options are correct. 4 10740720730 DXODXO DOD 0X00X0
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