Situation no. 1: Calculate the bending stresses in the concrete and the reinforcing steel, using the transformed area method: fc= 3000 psi, normal- weight concrete, n= 9, M = 250 ft-k. %3D -bym 60 in....


Situation no. 1: Calculate the bending stresses in the concrete and the reinforcing steel, using the transformed area method: fc= 3000 psi, normal-<br>weight concrete, n= 9, M = 250 ft-k.<br>%3D<br>-bym 60 in. -<br>1. Bending stress of concrete.<br>a<br>0.057psi<br>My = 5 in.<br>b.<br>57ksi<br>不<br>A,=6 hars<br>C.<br>6840 ksi<br>d= 28 in.<br>684psi<br>e.<br>2. Bending stress of steel.<br>a.<br>24 4ksi<br>b.<br>2.03 ksi<br>C.<br>24354.00ksi<br>2.71ksi<br>b12 in.<br>d.<br>e.<br>

Extracted text: Situation no. 1: Calculate the bending stresses in the concrete and the reinforcing steel, using the transformed area method: fc= 3000 psi, normal- weight concrete, n= 9, M = 250 ft-k. %3D -bym 60 in. - 1. Bending stress of concrete. a 0.057psi My = 5 in. b. 57ksi 不 A,=6 hars C. 6840 ksi d= 28 in. 684psi e. 2. Bending stress of steel. a. 24 4ksi b. 2.03 ksi C. 24354.00ksi 2.71ksi b12 in. d. e.

Jun 11, 2022
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