Civil Engineering Structure Discussion Area ---- [Daily Question] Question from the 20151122 issue
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True or False: The fundamental difference between large-eccentric and small-eccentric compression members lies in whether the steel bars As on the side far from the axial force are under tension and yield; if they yield under tension, it is a large-eccentric compression member, while if they are not under tension or are under compression, it is a small-eccentric compression member. ( ) Answer: Yes
The fundamental difference between large- and small-eccentric compression members lies in whether the steel bars As on the side far from the axial force are pulled and yield; if they yield under tension, it is a large-eccentric compression member, while if they do not yield under tension or are under compression, it is a small-eccentric compression member. ( √ )
Correct------------------------------------------
The fundamental difference between large- and small-eccentric compression members lies in whether the steel bars As on the side far from the axial force are pulled and yield; if they yield under tension, it is a large-eccentric compression member, while if they do not yield under tension or are under compression, it is a small-eccentric compression member. (Correct)
The fundamental difference between large- and small-eccentric compression members lies in whether the steel bars As on the side far from the axial force are pulled and yield; if they yield under tension, it is a large-eccentric compression member, while if they do not yield under tension or are under compression, it is a small-eccentric compression member. (Yes)
The fundamental difference between large- and small-eccentric compression members lies in whether the steel bars As on the side far from the axial force are pulled and yield; if they yield under tension, it is a large-eccentric compression member, while if they do not yield under tension or are under compression, it is a small-eccentric compression member. ( x )
True or False: The fundamental difference between large-eccentric and small-eccentric compression members lies in whether the steel bars As on the side far from the axial force are under tension and yield; if they yield under tension, it is a large-eccentric compression member, while if they are not under tension or are under compression, it is a small-eccentric compression member. (Yes)
The fundamental difference between large- and small-eccentric compression members lies in whether the steel bars As on the side far from the axial force are pulled and yield; if they yield under tension, it is a large-eccentric compression member, while if they do not yield under tension or are under compression, it is a small-eccentric compression member. (Yes)
The fundamental difference between large- and small-eccentric compression members lies in whether the steel bars As on the side far from the axial force are pulled and yield; if they yield under tension, it is a large-eccentric compression member, while if they do not yield under tension or are under compression, it is a small-eccentric compression member. (Yes)