Situation 3. For the cable shown in the figure no. 3; with a span of 50 meters having an unknown 'w". 7. Which of the following most nearly gives the maximum uniform loading "w" in N/m that the cable can support if it can sustain a maximum tension of 3000 N before it will break? a. 64.2 b. 51.9 c. 55.7 d. 48.9 8. Which of the following most nearly gives the tension (in N) at the lowest point of the cable? c. 2541 d. 2648 a. 2811 b. 2703 9. Which of the following most nearly gives the approximate length of the cable in meters? a. 51.845 b. 54.248 c. 53.244 d. 55.314

Situation 3. For the cable shown in the figure no. 3; with a span of 50 meters having an unknown 'w". 7. Which of the following most nearly gives the maximum uniform loading "w" in N/m that the cable can support if it can sustain a maximum tension of 3000 N before it will break? a. 64.2 b. 51.9 c. 55.7 d. 48.9 8. Which of the following most nearly gives the tension (in N) at the lowest point of the cable? c. 2541 d. 2648 a. 2811 b. 2703 9. Which of the following most nearly gives the approximate length of the cable in meters? a. 51.845 b. 54.248 c. 53.244 d. 55.314

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Question

Situation 3. For the cable shown in the figure no. 3; with a
span of 50 meters having an unknown 'w".
7. Which of the following most nearly gives the maximum
uniform loading "w" in N/m that the cable can support if it
can sustain a maximum tension of 3000 N before it will
break?
a. 64.2
b. 51.9
c. 55.7
d. 48.9
8. Which of the following most nearly gives the tension (in N)
at the lowest point of the cable?
a.
2811
c. 2541
b.
2703
d. 2648
9. Which of the following most nearly gives the approximate
length of the cable in meters?
a. 51.845
b. 54.248
c. 53.244
d. 55.314

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