For the cable shown in Figure 6: a) 9.2 kN b) 14.5 kN c) 18.1 kN d) 25.0 kN e) 7.7 kN the tension in the segment AB equal to: a) 1.7 m b) 0.42 m c) 2.0 m d) 4.5 m e) 3.8 m Q12] fe is measured to be 30° and the force in BC is 10 kN, is the vertical distance between D and C equal to: 3.0m Page 5 of 9 OBL B 6kN 4.0m 8 3.0m 16kN C Figure 6 TURN OVER D 1.0m 3.0m
For the cable shown in Figure 6: a) 9.2 kN b) 14.5 kN c) 18.1 kN d) 25.0 kN e) 7.7 kN the tension in the segment AB equal to: a) 1.7 m b) 0.42 m c) 2.0 m d) 4.5 m e) 3.8 m Q12] fe is measured to be 30° and the force in BC is 10 kN, is the vertical distance between D and C equal to: 3.0m Page 5 of 9 OBL B 6kN 4.0m 8 3.0m 16kN C Figure 6 TURN OVER D 1.0m 3.0m
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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I cannot seem to find tyhe answer to these questions although it seems simple... Can someone help please?
![For the cable shown in Figure 6:
a) 9.2 kN
b)
14.5 kN
c) 18.1 kN
d)
25.0 kN
e)
7.7 kN
the tension in the segment AB equal to:
a) 1.7 m
b) 0.42 m
c) 2.0 m
d) 4.5 m
e) 3.8 m
Q12]
fe is measured to be 30° and the force in
BC is 10 kN, is the vertical distance between D and C equal to:
3.0m
Page 5 of 9
OBL B
6kN
4.0m
8
3.0m
16kN
C
Figure 6
TURN OVER
D
1.0m 3.0m](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9d23b2ff-c734-41be-8946-dc1e3f9cde0e%2F5a3dfe05-405d-43eb-8373-7346dfe222b5%2Fktvjb9g_processed.jpeg&w=3840&q=75)
Transcribed Image Text:For the cable shown in Figure 6:
a) 9.2 kN
b)
14.5 kN
c) 18.1 kN
d)
25.0 kN
e)
7.7 kN
the tension in the segment AB equal to:
a) 1.7 m
b) 0.42 m
c) 2.0 m
d) 4.5 m
e) 3.8 m
Q12]
fe is measured to be 30° and the force in
BC is 10 kN, is the vertical distance between D and C equal to:
3.0m
Page 5 of 9
OBL B
6kN
4.0m
8
3.0m
16kN
C
Figure 6
TURN OVER
D
1.0m 3.0m
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