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5) In the section of the figure below, 6 rebars 36 are used as tensile steel and 4 rebars number 20 are used as compressive steels. Assuming d' is 60 mm and fy is 400 MPa, calculate the anchor of the ultimate cross-sectional strength.

5) In the section of the figure below, 6 rebars 36 are used as tensile steel and 4 rebars number 20 are used as compressive steels. Assuming d' is 60 mm and fy is 400 MPa, calculate the anchor of the ultimate cross-sectional strength.

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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5) In the section of the figure below, 6 rebars 36 are used as tensile steel and 4 rebars number 20 are used as compressive steels. Assuming d' is 60 mm and fy is 400 MPa, calculate the anchor of the ultimate cross-sectional strength. 800mm 150mm 750mm 700mm O O 300mm (If there is a lack of problem information for the numerical solution section, make a logical assumption and write it down) The answer must be typed, avoid handwriting. The answer should be short and completely correct, l give a negative score to the answer that I feel is wrong; so please be careful, thank you.
Transcribed Image Text:5) In the section of the figure below, 6 rebars 36 are used as tensile steel and 4 rebars number 20 are used as compressive steels. Assuming d' is 60 mm and fy is 400 MPa, calculate the anchor of the ultimate cross-sectional strength. 800mm 150mm 750mm 700mm O O 300mm (If there is a lack of problem information for the numerical solution section, make a logical assumption and write it down) The answer must be typed, avoid handwriting. The answer should be short and completely correct, l give a negative score to the answer that I feel is wrong; so please be careful, thank you.
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