The resultant tensions at the ends of the uniform flexible cable are 8000N and 8800N, respectively. The cable is 300m long weighing 5000N. Solve for the following: a. difference in elevation of the two ends b. distance of the lowest point of the cable to the lower end c. horizontal distance

Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter8: Influence Lines
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The resultant tensions at the ends of the uniform flexible cable are 8000N and 8800N, respectively. The cable is 300m long weighing 5000N. Solve for the following:
a. difference in elevation of the two ends
b. distance of the lowest point of the cable to the lower end
c. horizontal distance between the ends

The resultant tensions at the ends of the uniform flexible cable are 8000N and
8800N, respectively. The cable is 300m long weighing 5000N. Solve for the following:
a. difference in elevation of the two ends
b. distance of the lowest point of the cable to the lower end
c. horizontal distance between the ends
11 - 8000N
V₁
x1
$1
|C
C
0
x2
$2
T2
- 8800N
Transcribed Image Text:The resultant tensions at the ends of the uniform flexible cable are 8000N and 8800N, respectively. The cable is 300m long weighing 5000N. Solve for the following: a. difference in elevation of the two ends b. distance of the lowest point of the cable to the lower end c. horizontal distance between the ends 11 - 8000N V₁ x1 $1 |C C 0 x2 $2 T2 - 8800N
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