SIT R. The parabolic cable shown carries a uniform load of 850 lb/ft. The lowest pointof the cable is located vertically 4 meters from the left support and 6 meters from theright support. If the length of the cable is 100 meters,53. Determine the lowest point, in meters, of the cable measured horizontally from theleft support.58.57941.421A.B.55.54. Which of the following most nearly gives the(lb) that the cable can withstand?A.B.36,45933,647A.B.35,02734,314C.D.40 ftDetermine the value of the maximum tensile force (lb) that the cable can withstand.C. 50,684D.61,713-100 ftC.D.55.05144.949value of the minimum tensile force25, 25535,027I20 ft

Answer 53. Calculation of Lowest point in metres from left support We can use the horizontal force…

SIT R. The parabolic cable shown carries a uniform load of 850 lb/ft. The lowest point of the cable is located vertically 4 meters from the left support and 6 meters from the right support. If the length of the cable is 100 meters, 53. Determine the lowest point, in meters, of the cable measured horizontally from the left support. A. 58.579 B. 41.421 55. 54. Which of the following most nearly gives the value of the minimum tensile force (lb) that the cable can withstand? A. B. 36,459 33,647 A. B. C. D. 35,027 34,314 C. D. 55.051 44.949 Determine the value of the maximum tensile force (lb) that the cable can withstand. 50,684 61,713 C. D. 25,255 35,027

SIT R. The parabolic cable shown carries a uniform load of 850 lb/ft. The lowest point of the cable is located vertically 4 meters from the left support and 6 meters from the right support. If the length of the cable is 100 meters, 53. Determine the lowest point, in meters, of the cable measured horizontally from the left support. A. 58.579 B. 41.421 55. 54. Which of the following most nearly gives the value of the minimum tensile force (lb) that the cable can withstand? A. B. 36,459 33,647 A. B. C. D. 35,027 34,314 C. D. 55.051 44.949 Determine the value of the maximum tensile force (lb) that the cable can withstand. 50,684 61,713 C. D. 25,255 35,027

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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Concept explainers

Cables

Cables are collections of wires, alternatively referred to as a cord, connector, or plug. They are one or more wires covered in a plastic covering that allows for the transmission of power or data between devices. The earliest use of recognizable electrical cable was the early commercialized telegraph lines. These were iron-made and tedious to produce and install cabling.

Question

SIT R. The parabolic cable shown carries a uniform load of 850 lb/ft. The lowest point
of the cable is located vertically 4 meters from the left support and 6 meters from the
right support. If the length of the cable is 100 meters,
53. Determine the lowest point, in meters, of the cable measured horizontally from the
left support.
58.579
41.421
A.
B.
55.
54. Which of the following most nearly gives the
(lb) that the cable can withstand?
A.
B.
36,459
33,647
A.
B.
35,027
34,314
C.
D.
40 ft
Determine the value of the maximum tensile force (lb) that the cable can withstand.
C. 50,684
D.
61,713
-100 ft
C.
D.
55.051
44.949
value of the minimum tensile force
25, 255
35,027
I
20 ft

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