Beams that are part of the seismic force resisting system (concrete moment frames) often have about the same reinforcing at the top and bottom of the beam because: Question 1 options: earthquake forces can load the building in any horizontal direction the top reinforcement helps to confine the concrete when subjected to earthquake forces the "balanced" reinforcing distributes earthquake forces more evenly the added reinforcing steel gives the beam significant additional strength
Beams that are part of the seismic force resisting system (concrete moment frames) often have about the same reinforcing at the top and bottom of the beam because: Question 1 options: earthquake forces can load the building in any horizontal direction the top reinforcement helps to confine the concrete when subjected to earthquake forces the "balanced" reinforcing distributes earthquake forces more evenly the added reinforcing steel gives the beam significant additional strength
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
Beams that are part of the seismic force resisting system (concrete moment frames) often have about the same reinforcing at the top and bottom of the beam because:
Question 1 options:
earthquake forces can load the building in any horizontal direction
the top reinforcement helps to confine the concrete when subjected to earthquake forces
the "balanced" reinforcing distributes earthquake forces more evenly
the added reinforcing steel gives the beam significant additional strength
Expert Solution
Step 1: Introduction
Beams that are part of the seismic force resisting system (concrete moment frames) often have about the same reinforcing at the top and bottom of the beam because:
A) earthquake forces can load the building in any horizontal direction
B) the top reinforcement helps to confine the concrete when subjected to earthquake forces
C) the "balanced" reinforcing distributes earthquake forces more evenly
D) the added reinforcing steel gives the beam significant additional strength
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