SHOW COMPLETE SOLUTION A rigid hollow steel pipe of uniform cross-section weighs 1 kN/m and is 6 m long. It issupported by 2 vertical cables AC and BD as shown in Figure SM - 124.DXXAw = 1 kN/m6 mFigure SM-124Determine the value of "x" so that the maximum moment in the pipe is as small as possible.Select one:O almO b. 1.24 mOc. 1.15 mO d. 15 m1207249&cmid=198654...B17FiniTime

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A rigid hollow steel pipe of uniform cross- section weighs 1 kN/m and is 6 m long. It is supported by 2 vertical cables AC and BD as shown in Figure SM - 124. C D X X w = 1 kN/m 6 m Figure SM-124 Determine the value of "x" so that the maximum moment in the pipe is as small as possible. A B

A rigid hollow steel pipe of uniform cross- section weighs 1 kN/m and is 6 m long. It is supported by 2 vertical cables AC and BD as shown in Figure SM - 124. C D X X w = 1 kN/m 6 m Figure SM-124 Determine the value of "x" so that the maximum moment in the pipe is as small as possible. A B

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

SHOW COMPLETE SOLUTION

A rigid hollow steel pipe of uniform cross-section weighs 1 kN/m and is 6 m long. It is
supported by 2 vertical cables AC and BD as shown in Figure SM - 124.
D
X
X
A
w = 1 kN/m
6 m
Figure SM-124
Determine the value of "x" so that the maximum moment in the pipe is as small as possible.
Select one:
O alm
O b. 1.24 m
Oc. 1.15 m
O d. 15 m
1207249&cmid=198654...
B
1
7
Fini
Time

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