4G 4Gill 8:1231.9 4G2 85%KB/sEdit45A catenary cable shown has a weight of 215.82 N/m. It has a tension of 300 kN at its lowest point in thecable.a.Find the sag of the cable, in mb. Find the tension at B, in kN.Find the total length of the cable, in m.C.500 m250 m250 mw = 215.82 N/m2. The uniform cable weighing 15N/m is suspended from points A and B. The force in the cable at B isknown to be 500 N.a. Find the tension at A, in Nb. Find the horizontal distance between A and B, in m,c. Find the length of the cable, in m.w = 15 N/m3. A cable shown in the figure, determine:a. Magnitude of Tension BCb. Magnitude of tension CDc. the Value of Yo88DOWToolsMobile ViewSharePDF to DOCEdit on PC品

Tmin=300kNso,H=TminH=wL28h300=0.21582×50028hh=22.4812m

A catenary cable shown has a weight of 215.82 N/m. It has a tension of 300 kN at its lowest point in the cable. a. Find the sag of the cable, in m b. Find the tension at B, in kN. c. Find the total length of the cable, in m. 500 m 230 m 230 m w = 215.82 Nm

A catenary cable shown has a weight of 215.82 N/m. It has a tension of 300 kN at its lowest point in the cable. a. Find the sag of the cable, in m b. Find the tension at B, in kN. c. Find the total length of the cable, in m. 500 m 230 m 230 m w = 215.82 Nm

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

4G 4G
ill 8:12
31.9 4G2 85%
KB/s
Edit
45
A catenary cable shown has a weight of 215.82 N/m. It has a tension of 300 kN at its lowest point in the
cable.
a.
Find the sag of the cable, in m
b. Find the tension at B, in kN.
Find the total length of the cable, in m.
C.
500 m
250 m
250 m
w = 215.82 N/m
2. The uniform cable weighing 15N/m is suspended from points A and B. The force in the cable at B is
known to be 500 N.
a. Find the tension at A, in N
b. Find the horizontal distance between A and B, in m,
c. Find the length of the cable, in m.
w = 15 N/m
3. A cable shown in the figure, determine:
a. Magnitude of Tension BC
b. Magnitude of tension CD
c. the Value of Yo
88
DO
W
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Mobile View
Share
PDF to DOC
Edit on PC
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