Civil Engineering Structure Discussion Area ---- [Daily Question] Question from Issue 20151110
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True or False: When calculating the normal section capacity of flexural members, the tensile and compressive forces in the concrete are not taken into account; the entire tensile load is borne by the steel bars. ( ) Answer: True
When calculating the normal section capacity of flexural members, the tensile and compressive forces in the concrete are not taken into account; the entire tensile load is borne by the steel bars. (True)
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When calculating the normal section capacity of flexural members, the tensile and compressive forces in the concrete are not taken into account; the entire tensile load is borne by the steel bars (False)
When calculating the normal section capacity of flexural members, the tensile and compressive concrete is not taken into account; the entire tensile force is borne by the steel bars (√)
When calculating the normal section capacity of flexural members, the tensile and compressive forces in the concrete are not taken into account; the entire tensile load is borne by the steel bars. (True)
When calculating the normal section capacity of flexural members, the tensile and compressive forces in the concrete are not taken into account; the entire tensile load is borne by the steel bars (incorrect)
When calculating the normal section capacity of flexural members, the tensile and compressive concrete is not taken into account; the tensile force is entirely borne by the steel reinforcement. (Yes)
When calculating the normal section capacity of flexural members, the tensile and compressive forces in the concrete are not taken into account; the entire tensile load is borne by the steel bars. (True)
Correct: When calculating the normal section capacity of flexural members, the tensile and compressive forces in the concrete are not taken into account; the entire tensile load is borne by the steel bars (√)
When calculating the normal section capacity of flexural members, the tensile and compressive concrete is not taken into account; the entire tensile force is borne by the steel bars (Correct)