Select the true statement. (0.9)Vu = Vn %3D Shear stress is almost always the criteria that determines the steel cross-section shape for a given load and span. The shear stress capacity for steel is: 0.6Fy Therefore A50 steel shear is: 30 ksi Aw can be calculated by multiplying the depth of the cross section by 0.1.
Select the true statement. (0.9)Vu = Vn %3D Shear stress is almost always the criteria that determines the steel cross-section shape for a given load and span. The shear stress capacity for steel is: 0.6Fy Therefore A50 steel shear is: 30 ksi Aw can be calculated by multiplying the depth of the cross section by 0.1.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Choose correct option and explain why that is correct ?
![Select the true statement.
O (0.9)Vy = Vn
Shear stress is almost always the criteria that determines the steel cross-section
shape for a given load and span.
The shear stress capacity for steel is: 0.6Fy
Therefore A50 steel shear is: 30 ksi
Aw can be calculated by multiplying the depth of the cross section by 0.1.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fcc605cde-ad92-486c-a633-f14492ae5b4d%2F6062e45d-6348-4af0-84cc-b71552689155%2Fhtglw1o_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Select the true statement.
O (0.9)Vy = Vn
Shear stress is almost always the criteria that determines the steel cross-section
shape for a given load and span.
The shear stress capacity for steel is: 0.6Fy
Therefore A50 steel shear is: 30 ksi
Aw can be calculated by multiplying the depth of the cross section by 0.1.
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