From the given cable shown. Use the general cable theorem. P is in kips. Let P=20 [Select] [ Select] 68 kips 53.8 kips 60 kips 50 kips [Select] [Select] 18 ft 24' C 1. Determine the horizontal force in the cable. [Select] [Select] 60 kips 2. Compute the sag at B. 53.8 kips 68 kips 50 kips 24' D 5 @ 20'= 100' 22 ft 16 ft 20 ft 3. Solve for the tension BC of the cable.
From the given cable shown. Use the general cable theorem. P is in kips. Let P=20 [Select] [ Select] 68 kips 53.8 kips 60 kips 50 kips [Select] [Select] 18 ft 24' C 1. Determine the horizontal force in the cable. [Select] [Select] 60 kips 2. Compute the sag at B. 53.8 kips 68 kips 50 kips 24' D 5 @ 20'= 100' 22 ft 16 ft 20 ft 3. Solve for the tension BC of the cable.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
Related questions
Question
![From the given cable shown. Use the general cable theorem. P is in
kips.
Let P=20
[Select]
[ Select]
68 kips
53.8 kips
60 kips
50 kips
[Select]
[Select]
18 ft
24'
C
1. Determine the horizontal force in the cable.
[Select]
[Select]
60 kips
2. Compute the sag at B.
53.8 kips
68 kips
50 kips
24'
D
5 @ 20'= 100'
22 ft
16 ft
20 ft
3. Solve for the tension BC of the cable.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb379205e-611b-4406-980d-734a0c2591b0%2F831755e8-0ddb-4776-b4dc-f92643228325%2Fnowab06_processed.png&w=3840&q=75)
Transcribed Image Text:From the given cable shown. Use the general cable theorem. P is in
kips.
Let P=20
[Select]
[ Select]
68 kips
53.8 kips
60 kips
50 kips
[Select]
[Select]
18 ft
24'
C
1. Determine the horizontal force in the cable.
[Select]
[Select]
60 kips
2. Compute the sag at B.
53.8 kips
68 kips
50 kips
24'
D
5 @ 20'= 100'
22 ft
16 ft
20 ft
3. Solve for the tension BC of the cable.
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