From the given cable shown. Use the general cable theorem. P is in kips. Let P = 10 24' 24' D. 5@20= 100- 1. Determine the horizontal force in the cable. [Select] 2. Compute the sag at B. [Select] 3. Solve for the tension BC of the cable. [Select] <
From the given cable shown. Use the general cable theorem. P is in kips. Let P = 10 24' 24' D. 5@20= 100- 1. Determine the horizontal force in the cable. [Select] 2. Compute the sag at B. [Select] 3. Solve for the tension BC of the cable. [Select] <
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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45
![From the given cable shown. Use the general cable theorem. P is in kips.
Let P = 10
24'
24'
D.
5@20= 100-
1. Determine the horizontal force in the cable. [Select]
2. Compute the sag at B. [Select]
3. Solve for the tension BC of the cable. [Select]
<
<](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc636651c-3650-49ce-a15b-758af6b2662a%2Fc183c0de-0271-4c36-bebd-720309c22150%2Fw9uomh_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 = 10
24'
24'
D.
5@20= 100-
1. Determine the horizontal force in the cable. [Select]
2. Compute the sag at B. [Select]
3. Solve for the tension BC of the cable. [Select]
<
<
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