2. For the purposes of calculating the maximum stress in a braced cut, what are the primary factors in deter- mining the shape of the pressure distribution? (A) lateral earth pressure coefficient, specific weight, and cut depth (B) specific weight, cut depth, and cohesion (C) cut depth, soil shear strength, and specific weight (D) angle of internal friction, lateral earth pressure coefficient, and cohesion
2. For the purposes of calculating the maximum stress in a braced cut, what are the primary factors in deter- mining the shape of the pressure distribution? (A) lateral earth pressure coefficient, specific weight, and cut depth (B) specific weight, cut depth, and cohesion (C) cut depth, soil shear strength, and specific weight (D) angle of internal friction, lateral earth pressure coefficient, and cohesion
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:2. For the purposes of calculating the maximum stress
in a braced cut, what are the primary factors in deter-
mining the shape of the pressure distribution?
(A) lateral earth pressure coefficient, specific weight,
and cut depth
(B) specific weight, cut depth, and cohesion
(C) cut depth, soil shear strength, and specific
weight
(D) angle of internal friction, lateral earth pressure
coefficient, and cohesion
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