Situation 9 - An 18-m long prestressed pile weighing 3.8 kN/m is to be lifted by two cables. 25. At what distance (m) from the pile ends must each cable be placed such that the maximum absolute value of the bending moment in the pile is as small as possible. A. 3 B. 4.25 C. 3.73 D. 4.5 26. At what distance (m) from the pile ends must each cable be placed such that the maximum absolute value of the shear in the pile is as small as possible. A. 3.73 C. 4.5 D. 3 B. 4.25

Structural Analysis
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ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
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12. Provide a detailed step by step solution.

Situation 9 - An 18-m long prestressed pile weighing 3.8 kN/m is to be lifted by two
cables.
25. At what distance (m) from the pile ends must each cable be placed such that the
maximum absolute value of the bending moment in the pile is as small as
possible.
A. 3
C. 3.73
B. 4.25
D. 4.5
26. At what distance (m) from the pile ends must each cable be placed such that the
maximum absolute value of the shear in the pile is as small as possible.
A. 3.73
C. 4.5
D. 3
B. 4.25
Transcribed Image Text:Situation 9 - An 18-m long prestressed pile weighing 3.8 kN/m is to be lifted by two cables. 25. At what distance (m) from the pile ends must each cable be placed such that the maximum absolute value of the bending moment in the pile is as small as possible. A. 3 C. 3.73 B. 4.25 D. 4.5 26. At what distance (m) from the pile ends must each cable be placed such that the maximum absolute value of the shear in the pile is as small as possible. A. 3.73 C. 4.5 D. 3 B. 4.25
ruction
C. 82.3
27. If the pile is lifted by a cable placed 3 m from one end, while the other end is on
the ground, compute the maximum moment (kN-m) developed in the pile.
Transcribed Image Text:ruction C. 82.3 27. If the pile is lifted by a cable placed 3 m from one end, while the other end is on the ground, compute the maximum moment (kN-m) developed in the pile.
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