13. Find Vf if f = √√x² + y² + z²
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ANSWER 13 14 15 ONLY SHOW SOLUTION
![Column A
Column B
A. 48
1. VxA=0
V•F=0
2.
B. 2
3. â,at(2,90⁰,270°)
C. 0
â¸xâp
D.
4.
5.
â •â¸ato = 2л
E
X
6. The points A(8, 3, 2); B(4,-1,2) and C(0, 3, 2) formed F. 24
what kind of triangle?
G
B = exp(r² - 2)
H.-(2/9)
7. If
what is VxB?
Ā=(1-cos)â, - p⸠+ zcos² þâ¸
8. If
4
what is V•Ā? L
J
K
L. 1
9. For the conical surface = 30°,0 ≤ ≤ 2,0 ≤r≤ 2,
lateral surface area is what?
the
M. isosceles
10. Given two points P₁(0,2,-1) and P₂(2,0,-1), find
perpendicular distance from the point P₂(3, 3, -1) to the line P,P₂.
the N. sin
ây
O. -
11. Given: P(-1, -1, 2) what is in cylindrical coordinate P. divergenceless
system?
Q. cos 0
12
F:
R. 2
F•ây.
12. Given:
determine
S. π/4
1
2√2
T.
Vf
+ y² +
+z²
13. Find if
5л
U. 4
14.
If the angle between
|à = x⸠+ â‚andB = √¾â¸ +ây is 60°, find x.
(VxA).dS
15.
radius 2 and its circular rim if
√2
the vectors V
W
X. solenoidal
over the surface of a hemispherical bowl of Y. isosceles right
Z.
à = 3 sinâ](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe00aec80-ce57-477b-b215-8c3dcea7649e%2Ffa588684-2499-413e-bee4-b3d55d42d8b5%2F6srex6p_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Column A
Column B
A. 48
1. VxA=0
V•F=0
2.
B. 2
3. â,at(2,90⁰,270°)
C. 0
â¸xâp
D.
4.
5.
â •â¸ato = 2л
E
X
6. The points A(8, 3, 2); B(4,-1,2) and C(0, 3, 2) formed F. 24
what kind of triangle?
G
B = exp(r² - 2)
H.-(2/9)
7. If
what is VxB?
Ā=(1-cos)â, - p⸠+ zcos² þâ¸
8. If
4
what is V•Ā? L
J
K
L. 1
9. For the conical surface = 30°,0 ≤ ≤ 2,0 ≤r≤ 2,
lateral surface area is what?
the
M. isosceles
10. Given two points P₁(0,2,-1) and P₂(2,0,-1), find
perpendicular distance from the point P₂(3, 3, -1) to the line P,P₂.
the N. sin
ây
O. -
11. Given: P(-1, -1, 2) what is in cylindrical coordinate P. divergenceless
system?
Q. cos 0
12
F:
R. 2
F•ây.
12. Given:
determine
S. π/4
1
2√2
T.
Vf
+ y² +
+z²
13. Find if
5л
U. 4
14.
If the angle between
|à = x⸠+ â‚andB = √¾â¸ +ây is 60°, find x.
(VxA).dS
15.
radius 2 and its circular rim if
√2
the vectors V
W
X. solenoidal
over the surface of a hemispherical bowl of Y. isosceles right
Z.
à = 3 sinâ
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